Government Agencies and Globe Team Up to Curb Fiber Cuts in Mindanao

National government agencies and the Cagayan de Oro (CDO) City government have teamed up with Globe Telecom (Globe) to address the growing number of fiber optic cable cuts caused by road construction activities across Region 10 (Northern Mindanao).

An inter-agency task force—composed of the CDO local government, the National Telecommunications Commission (NTC), and the Department of Public Works and Highways (DPWH)—will oversee the protection of telecom infrastructure during roadworks, according to a statement.

The initiative comes in response to a spike in fiber cable disruptions, with Globe reporting 54 incidents in CDO alone from January to December 2024, the highest in the region.

From January to March 2025, Globe recorded 14 new fiber cut incidents in the region.

Read More: The Impact of Geopolitical Tensions on Telecom Infrastructure in the Asia Pacific

Globe officials emphasized the importance of collaboration to minimize service interruptions caused by incidents beyond the control of telecommunications providers, noting that internet connectivity has become essential to daily life.

NTC Region 10 Director, Teodoro Buenavista Jr., said the task force will streamline coordination among agencies to ensure that construction activities take into account the presence of underground and aerial telecom cables. He added that such damage could be avoided through better communication among stakeholders.

DPWH Region 10 Director, Lilibeth Aparecio, has directed district engineers to actively coordinate with the task force. She noted that prior collaboration with telcos like Globe has already helped improve planning and reduce incidents, as contractors are now more aware of areas to avoid during repairs and other infrastructure work.

China’s Influence in Southeast Asia’s Cable Market

In recent years, China has asserted a significant presence in the global telecommunications industry, particularly in Southeast Asia’s subsea cable market. Subsea cables are vital to the region’s digital infrastructure, acting as the backbone for global internet connectivity, international data exchanges, and economic trade.

With the proliferation of digital services, the demand for robust, high-capacity, and reliable internet infrastructure has skyrocketed, positioning subsea cables as a critical resource for Southeast Asia’s technological and economic future.

China, with its technological prowess, growing investments, and strategic geopolitical considerations, has become a major player in this dynamic market. From constructing and owning subsea cables to collaborating with regional governments and private corporations, China’s involvement is transforming Southeast Asia’s digital landscape.

Related: China Telecom Launches Asia Direct Cable Capacity Ahead of Schedule

The Strategic Importance of Southeast Asia’s Subsea Cable Market

Southeast Asia has long been a key region for global trade and communications. Its proximity to major global trade routes, combined with the rapid economic growth of countries such as Vietnam, Indonesia, the Philippines, and Thailand, has created a massive demand for improved digital connectivity. According to Statista, the region is home to over 400 million internet users, with internet penetration reaching over 70% in most countries except Laos, Myanmar, and Timor-Leste. This expansion has resulted in an increasing demand for digital infrastructure, particularly subsea cables, to support the growing volume of data traffic.

However, the growing geopolitical tensions in the South China Sea, where many of these cables are laid, pose significant challenges. The competition between major powers, particularly the United States and China, has highlighted the critical importance of these cables not only for civilian communications but also for military and economic exchanges.

China’s rise as a telecommunications superpower has had profound implications for Southeast Asia’s subsea cable market. Over the past decade, China’s state-owned enterprises (SOEs) and private companies have expanded their role as major cable operators, investors, and suppliers in the region, strengthening their technological leadership and economic ties with Southeast Asian nations.

Interesting Read: Globe Business: Building a Stronger, More Connected Philippines

The Belt and Road Initiative and Cable Investments

China’s Belt and Road Initiative (BRI) has been a key driver in the region’s infrastructure development, particularly in the realm of subsea cable networks. By investing significantly in both new routes and upgrading existing cables, China aims to enhance digital connectivity across Asia. One notable example of this involvement is the completion of the China-Pakistan submarine cable in 2017 and the ongoing development of the China-Indochina Peninsula Economic Corridor.

China’s growing influence in Southeast Asia’s subsea cable market is exemplified by its active participation in the Asia Direct Cable (ADC) system. Set to be completed in 2025, the ADC will directly link Southeast Asia to China, enhancing high-speed internet connectivity between key regions, including Singapore, Hong Kong, and Vietnam. China Telecommunications Corporation, China Telecom Global, and China Unicom are part of the collaboration, reflecting China’s prominence in controlling regional digital infrastructure.

Moreover, China’s China Mobile International and China Unicom Global are key players in the SEA-H2X cable system, a 5,000-km network that connects Hong Kong, Hainan, the Philippines, Thailand, East Malaysia, and Singapore. Future extensions will include Vietnam, Cambodia, and Indonesia.

Another notable project is the Asia Link Cable (ALC), a USD 300 million, 6,000-km system linking Hong Kong and Singapore, with branches to the Philippines, Brunei, and Hainan. Co-led by China Telecom and Singtel, ALC is expected to be completed by 2025.

Additionally, Huawei Marine Networks has become a key player in the design, construction, and maintenance of subsea cable systems across Southeast Asia.

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Economic Benefits of Chinese Involvement

The economic benefits of Chinese investments in subsea cables are undeniable. The construction of new cable routes, combined with the modernization of existing systems, promises to enhance Southeast Asia’s digital economy by lowering costs and increasing the speed and reliability of internet services. According to the World Economic Forum, Southeast Asia’s digital economy is expected to reach almost USD 1 trillion by 2030, largely driven by improvements in broadband connectivity.

Furthermore, Chinese-backed subsea cables offer Southeast Asian countries access to lower-cost solutions, which is particularly valuable for emerging economies in the region. By reducing the overall cost of digital infrastructure, China’s investments have played a pivotal role in making broadband services more affordable for consumers and businesses alike, fostering greater economic integration within ASEAN.

Chinese involvement in Southeast Asia’s subsea cable development has reduced latency, diversified routing, and lowered bandwidth costs for countries like the Philippines, Malaysia, Thailand, and Vietnam. Enhanced connectivity has fueled smart city initiatives in Bangkok, with the Thailand government pledging to establish up to 105 smart cities in large municipal areas by 2027.

China’s influence has supported e-commerce in Vietnam, catalyzing revenues reaching nearly USD 4.6 billion in Q2 2025, representing a 15% quarter-over-quarter (QoQ) growth.

Through Chinese support, nations such as Laos and Cambodia gain access to critical infrastructure via concessional financing, while benefiting from workforce training, localized job creation, and partnerships with Chinese cloud and edge computing services. The result is stronger digital sovereignty, increased foreign direct investment (FDI), and accelerated progress toward ASEAN’s Digital Masterplan 2025.

GSMA, Samsung Partner to Boost Global VoLTE Rollout

The GSM Association (GSMA) has partnered with Samsung Electronics to accelerate the global deployment of voice over long-term evolution (VoLTE), enhancing call quality and connectivity over 4G and 5G networks.

Under this collaboration, Samsung will enable VoLTE by default on all devices running Android 15 or later, including the new Galaxy S25 series.

As mobile operators worldwide continue phasing out legacy 2G and 3G networks, the move ensures critical services such as emergency calls and roaming remain uninterrupted. Samsung’s integration supports GSMA-led initiatives like the Network Settings Exchange (NSX) and Interoperability Testing services, providing more consistent and reliable voice services across global markets.

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The GSMA NSX platform simplifies how operators deliver updated network settings to device manufacturers. It allows mobile network operators (MNOs) and mobile virtual network operators (MVNOs) to upload, manage, and distribute information management system (IMS) configurations, which device makers like Samsung can then implement. Where specific operator settings aren’t available, Samsung devices will default to GSMA Profile #4 for VoLTE compatibility.

Justin Jun, Head of Quality, Head of Group UK at Samsung Electronics, said, “Our collaboration with GSMA has strengthened Samsung’s VoLTE compatibility, enabling more stable and seamless voice services across networks and regions. We’re excited to keep advancing connectivity so users can count on an exceptional mobile experience, wherever life takes them.”

Read More: GSMA, VDCA to Accelerate Vietnam’s Digital Transformation

To ensure seamless performance, Samsung is also adopting GSMA-standard testing protocols to validate VoLTE functionality before commercial rollout. Through the GSMA’s Interoperability Testing service, both parties are helping operators evaluate device readiness and ensure compliance before launch.

This collaboration underscores the importance of industry-wide cooperation in advancing mobile voice services and supporting a future-ready, high-quality connectivity ecosystem.

Sianne Ryder, General Manager, Services, at the GSMA, added, “As more and more countries phase out 2G and 3G networks to repurpose spectrum for 5G, it is essential to ensure that voice services continue to function seamlessly. We look forward to more manufacturers following Samsung’s lead in enabling VoLTE connectivity across networks. By doing this, we can significantly improve global connectivity and user experience (UX), ensuring users can benefit from seamless and high-quality voice services, regardless of their network environment.”

Indosat Surges Ahead with Rising ARPU and Bold AI Ambitions

Indosat Ooredoo Hutchison (Indosat) reported positive results in the first quarter of 2025, despite facing tough competition in the industry. The company’s success is due to its disciplined approach and dedication to supporting Indonesia’s digital development. During this quarter, Indosat saw growth in its average revenue per user (ARPU) and an increase in its customer base, showing resilience in a challenging market.

ARPU reached nearly IDR 39.2 thousand, growing by 4.6% year-over-year (YoY), with 700,000 new mobile customers added, bringing the total to 95.4 million. The company reported stable total revenue of IDR 13,577.9 billion, with earnings before interest, taxes, depreciation, and amortization (EBITDA) reaching IDR 6,415.1 billion, growing by 0.6% quarter-on-quarter (QoQ). Net profit also increased by 27% quarter-on-quarter to IDR 1,311.1 billion, marking 17 consecutive quarters of profitability.

Related: Indosat Reports Strong Growth in 2024

Vikram Sinha, President Director and CEO of Indosat, emphasized, “This quarter’s results reflect not only strong financial performance, but also the unwavering dedication of our entire team to serve the people of Indonesia. In an increasingly competitive landscape, we have remained focused on our larger purpose: empowering Indonesia.”

The company is also preparing for 5G technology to provide faster and more reliable digital services, especially in underserved areas. Indosat allocated IDR 2,620.4 billion in capital expenditure (CapEx) during the quarter, with a significant portion directed towards its cellular business. The company also announced a collaboration with Nokia and NVIDIA to deploy artificial intelligence radio access network (AI-RAN) technology, enhancing its 5G Cloud RAN with AI.

The launch of the Digital Hub in February 2025 marked a significant step in Indosat’s commitment to empowering Indonesia. The Digital Hub offers entertainment, e-commerce, health, and lifestyle services to millions of users, with strong engagement across Indosat’s platforms. Indosat is not only focused on digital lifestyle enablement but also on talent development programs like Generasi Terkoneksi (GenSi) and IDCamp to equip young Indonesians with essential skills in AI and digital leadership.

Latest: Indosat Champions AI Adoption in Mining Sector

The company aims to become an AI-driven telco and techco by investing in advanced technologies and promoting AI innovation and automation. Through industry collaborations and a focus on technology, Indosat is leading Indonesia’s digital transformation towards a more inclusive and prosperous future.

“Our journey to become an AI-techco has just begun. From investing in networks and talent to driving collaboration across industries, our goal remains the same: to make technology a force for inclusion, innovation, and digital sovereignty,” concluded Sinha.

China Mobile Hong Kong to Shut Down 3G Services by the End of June

China Mobile Hong Kong (CMHK) has announced that it will officially discontinue its 3G services at midnight on June 30, 2025, as part of its strategic focus on accelerating the adoption of 5G and next-generation mobile technologies.

The decision comes following a steady decline in 3G users, who now make up less than 0.25% of CMHK’s total mobile customer base, including post-paid, pre-paid, and virtual network operator-related subscribers. CMHK has been notifying customers of the upcoming transition since late 2023 and continues to assist affected users in upgrading their 3G phones, devices, or SIM cards.

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In a separate statement, the Communications Authority (CA) confirmed it granted CMHK prior approval to cease 3G services under Special Condition 10.4 of the company’s Unified Carrier Licence. The CA acknowledged that only a small number of users were affected and highlighted CMHK’s continued efforts to support them through service upgrades and transition arrangements.

Customers who do not wish to upgrade will be offered reasonable termination options. The CA has also mandated that CMHK maintain adequate 3G service quality until the shutdown date.

The CA also encouraged customers to consider upgrading to newer mobile services for improved quality and features.

PCCW Global, GalaxySpace Boost LEO Satellite Ties

PCCW Global, a top international telecommunications service provider, and GalaxySpace, a leading private commercial space company in mainland China, recently conducted tests on content transmission and communications using low Earth orbit (LEO) satellite technology. These tests showcased various potential uses for this technology. Earlier this year, PCCW Global set up GalaxySpace’s first testing gateway station for LEO satellite broadband communication in Hong Kong.

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The two companies successfully connected the station to GalaxySpace’s experimental constellation of eight LEO communication satellites. The tests demonstrated high-speed, low-latency satellite connectivity for applications, including  high-definition (HD) video transmission and autonomous vehicles (AVs) control. This confirmed the feasibility and commercial potential of LEO satellite communication technology. By utilizing satellite-to-ground communication in the Q-, V-, and Ka-bands of LEO broadband satellites, the two companies achieved bidirectional speeds of 100 Mbps during on-orbit testing. This ensured high-quality, smooth, and uninterrupted satellite internet video calls on mobile phones and smart devices.

In September of last year, PCCW Global and GalaxySpace signed a memorandum of understanding (MoU) to collaborate on LEO satellite services. PCCW Global will use its extensive network coverage and infrastructure, along with GalaxySpace’s advanced technology, to expand LEO satellite services in Hong Kong and Belt-and-Road countries.

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Frederick Chui, CEO of PCCW Global, emphasized, “PCCW Global’s extensive network infrastructure, spanning the Americas, Europe, Africa, the Middle East, and Asia, is an indispensable part of the development of new-generation LEO satellite communication systems. By integrating PCCW Global’s network platform with cutting-edge LEO satellite technology, we provide high-speed, low-latency, and seamless network connections to support innovative technology applications in Hong Kong and globally.”

Xu Ming, Founder, Chairman, and CEO of GalaxySpace, added, “GalaxySpace is a leading satellite manufacturer and satellite internet solution provider, with the capability to produce over 100 satellites annually. We have established China’s first LEO broadband communication test network and completed multiple first-of-its-kind domestic and international communication validation tests and have already expanded overseas as a new quality productive force.”

Commercial space is becoming an important force in the development of the space industry, and LEO satellite networks are a key component of the new 6G era.

During the forum, experts from PCCW Global, GalaxySpace, the Hong Kong Applied Science and Technology Research Institute (ASTRI), and HKT discussed the potential of Hong Kong’s geography and policy support as key factors in becoming a hub for verifying and industrializing global LEO satellite technology.

Viettel Begins Construction of Vietnam’s Largest Data Center

Viettel has started building a new data center campus in Ho Chi Minh City, Vietnam. This will be Viettel’s largest data center yet, boasting a capacity of 140 MW and around 10,000 racks. The facility will cover approximately 40,000 sqm (430,555 sq. ft.) on a 4-hectare site. The data center is expected to be operational by 2026 and fully completed by 2030.

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It will be situated in Tan Phu Trung Industrial Park, Cu Chi district, which is 25 km from Ho Chi Minh City and 15 km from Tan Son Nhat International Airport. Huyen Nguyen, Deputy Director of Viettel’s International Business Center, mentioned that the data center aims to achieve a power usage effectiveness (PUE) of less than 1.4 and comply with Uptime Tier III standards. Viettel currently runs 15 data centers in Vietnam with a total capacity of 87 MW.

The company plans to build 24 data centers by 2030, with a combined capacity of 560 MW. Viettel’s IDC data center unit offers colocation and cloud services from five data centers across Hanoi (x2), Da Nang (x1), and Ho Chi Minh City (x2), totaling 25,000 sqm (269,100 sq. ft).

Notably, Vietnam recently lifted restrictions on the foreign ownership of data centers, removing the 49% cap.

BTRC Grants Initial Approval for Starlink’s Satellite Internet Services

The Bangladesh Telecommunication Regulatory Commission (BTRC) has given preliminary approval for Starlink, a subsidiary of Elon Musk’s SpaceX, to launch satellite internet services in the country.

According to a source within the Posts and Telecommunications Division, the BTRC has sent a request to the ministry for final endorsement. Under current telecommunications regulations, major decisions such as issuing licenses require prior ministry approval.

Also Read: Bangladesh Limits Indian Bandwidth Imports

Starlink officially applied for a license on 7 April, 2025, under the ‘Guidelines for Non-Geostationary Orbit (NGSO) Satellite Services Operators in Bangladesh.’ This follows directives issued by Chief Adviser Prof. Muhammad Yunus on 25 March, 2025, instructing authorities to enable the commercial launch of Starlink’s services within 90 days.

During its trial operations in Bangladesh, Starlink utilized its international satellite broadband gateway. However, for full commercial deployment, the company must align with the NGSO policy, which mandates the use of a local broadband gateway or international internet gateway (IIG).

Read About the Role of Telecom in Bangladesh’s Urban Development

Negotiations between Starlink and Bangladeshi regulators have been ongoing, with the company working to meet all licensing requirements. The move is expected to significantly reduce internet disruptions that have impacted freelance workers and businesses.

Starlink’s arrival is considered a critical step toward providing reliable connectivity, especially for remote areas and local entrepreneurs. Bangladeshi firms are already collaborating with Starlink to build ground stations that will support the integration of satellite internet infrastructure.

Smartcom Expands Push-to-Talk Services Across Indonesia

Smartcom, a mobile virtual network operator (MVNO) based in Singapore, is now expanding its services to Indonesia. The goal of this expansion is to introduce Smartcom’s mission-critical push-to-talk (PTT) solutions to a larger market, catering to the communication needs of various industries. Since 2015, Smartcom has been collaborating with TASSTA and Singtel to provide reliable PTT communication coverage across Singapore.

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However, entering the Indonesian market poses new challenges due to its larger and more diverse nature. Indonesia, boasting the largest economy in Southeast Asia, offers a growing market for mission-critical communication solutions. With initiatives like ‘100 Smart Cities’ and a workforce of around 160 million, there are vast opportunities for expanded PTT services. The adoption of TASSTA’s solutions by key Indonesian industries like the police force and national railway operator underscores the demand for reliable communication systems.

Indonesia’s industrial landscape, especially the mining and oil and gas (O&G) sectors, requires specialized push-to-talk solutions. Large events and gatherings also necessitate mission-critical PTT communication that can withstand high network congestion. To address these needs, Smartcom is partnering with Telkomsel, Indonesia’s largest telecommunications provider, to offer priority bandwidth during peak events. Additionally, solutions like ATEX-certified mobile devices will cater to O&G companies operating in hazardous environments.

Also Read: Indosat Champions AI Adoption in Mining Sector

The expansion into Indonesia is part of Smartcom’s strategy to grow its customer base and enhance its services. By entering this new market, Smartcom aims to improve its product range, customization capabilities, and local technical support. Smartcom is also exploring partnerships with software providers to enhance its PTT platform and collaborating with Samsung Knox Mobile Device Management to ensure the security of its cellular-based communication solutions. Despite the challenges of entering a new market, Smartcom is working with Enterprise Singapore to navigate Indonesia’s business landscape.

NEC Advances Free-Space Optical Communication for Future Connectivity

NEC Corporation (NEC) has successfully achieved Japan’s longest terrestrial wireless optical communication, or free-space optical (FSO) communication, over a distance of more than 10 kilometers.

FSO communication is a method that facilitates high-speed, high-capacity communication, surpassing traditional radio waves. It works by transmitting and receiving light beams without the need for physical paths like optical fibers. FSO has high directionality, meaning it doesn’t spread beams, reducing the risk of interception by third parties and minimizing interference and congestion in communication.

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From January to February 2025, NEC conducted a communication demonstration between a pair of FSO communication devices located more than 10 kilometers apart in Nasushiobara City, Tochigi Prefecture. As a result, NEC confirmed that automatic capture and tracking of bidirectional optical beams functioned correctly even over long distances, enabling communication.

Building on this in March 2025, NEC conducted a demonstration of FSO communication between the rooftop of a TOKYO SKYTREE observation deck, which is 350 meters above ground level, and a point on the ground approximately 3 kilometers away. As a result, NEC confirmed that communication was possible and also measured the effects on communications from atmospheric turbulence due to elevation differences.

Also Read: BharatNet Expands Connectivity to Rural India

NEC will advance technological development based on the success of this demonstration to improve communication quality and reduce the device size from approximately 2 m³ to about 1% of the current size, so that it can be carried by one person, with plans to commercialize it by 2028.

Furthermore, by combining quantum cryptography communication technology—which is expected to be applied to national-level critical infrastructure systems—with FSO communication technology, NEC aims to develop free-space quantum key distribution (QKD) technology in the future, thereby enabling more secure communication. NEC also aims to apply this technology to communications between ground and satellites while continuing to advance its efforts in providing networks tailored to the diverse needs of its customers.

PLDT Gears Up for Largest Data Center Project

PLDT Inc. (PLDT) announced it is advancing plans to build its biggest data center yet, following the inauguration of its 11th facility, VITRO Sta. Rosa (VSR), in Laguna.

PLDT Chairman, Manuel V. Pangilinan, said the company plans to expand its data center capacity to 500 megawatts (MW), aiming to match Malaysia’s capacity and reaffirm their commitment to establishing the Philippines as a data center hub.

Also Read: PLDT Strengthens Digital Growth with Data Center Expansion

Spanning five hectares, VITRO Sta. Rosa is the country’s largest data center campus to date, offering a capacity of up to 50 MW. With this addition, ePLDT’s VITRO network—covering sites in Makati, Taguig, Pasig, Parañaque, Subic, Clark, Cebu, and Davao—now boasts a combined capacity of nearly 100 MW to serve both enterprise and hyperscale clients.

ePLDT President and CEO, Victor S. Genuino, revealed that the company has secured the site for its next facility in General Trias, Cavite. According to Pangilinan, Metro Pacific Investments Corp. (MPIC) owns a 20-hectare property at the site, with at least 10 hectares earmarked for the new data center.

The upcoming facility, targeted to start construction in 2026 and finish by 2028, will initially launch with a 20 MW capacity and expand in phases to reach up to 100 MW (twice the size of VITRO Sta. Rosa).

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Designed for energy efficiency and featuring cutting-edge cooling technologies and power redundancy systems, the VITRO Sta. Rosa data center also offers high network reliability through at least three fiber routes supported by PLDT and other providers. It is equipped with NVIDIA-powered graphics processing unit (GPU) servers to enable artificial intelligence (AI) applications.

In a statement, PLDT said that, with the growing global adoption of AI, VITRO Sta. Rosa enhances the Philippines’ position as a regional hub for digital innovation, supporting efforts to attract investments, develop local tech industries, and boost economic growth.

Indosat Champions AI Adoption in Mining Sector

In line with its pledge to advance Indonesia’s artificial intelligence (AI) sovereignty, Indosat Ooredoo Hutchison (Indosat or IOH) has hosted the Indonesia AI Day for Mining Industry, an initiative that aims to accelerate the integration of artificial intelligence in the country’s mining sector.

Held under the theme ‘Navigating the Future of Indonesia’s Mining Industry,’ the event gathered hundreds of participants, including industry leaders, regulators, and global technology partners. It served as a strategic platform to explore how AI and Internet of Things (IoT) technologies can drive industrial digitalization while boosting efficiency, sustainability, safety, and competitiveness.

Also Read: Indosat Deploys AI-RAN Nationwide with Nokia, NVIDIA Partnership

Rosan Roeslani, Minister of Investment and Downstreaming/Head of Investment Coordinating Board (BKPM), emphasized that the initiative reflects the private sector’s real contribution to industrial transformation through advanced technology, noting that AI has become a strategic necessity to enhance competitiveness, particularly in the mining sector, and to support the transition to environmentally friendly energy. The government will issue policies on AI adoption and foster human capital development, involving all stakeholders.

The event facilitated collaboration among policymakers, tech innovators, and industry players to shape a unified strategy for digital transformation in mining. Discussions highlighted how technology could serve as a catalyst for resilience and sustainable economic growth.

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Vikram Sinha, President Director and CEO of Indosat Ooredoo Hutchison, stated, “As a company transforming into an AI technology company, we believe the future of Indonesia’s mining industry will be deeply shaped by technology adoption. Through Indonesia AI Day for Mining Industry, we aim to build an intelligent, secure, and sustainable ecosystem while ensuring this digital transformation drives equitable and inclusive economic growth.”

Indosat closed the event with a call to action, urging cross-sector collaboration to foster a robust digital mining ecosystem powered by advanced technology and skilled digital talent.

Asia’s Mobile Networks Are Powering Reinvention in 2025

Mobile networks are no longer confined to their traditional role in telecommunications; across Asia, they are emerging as powerful engines of innovation, catalyzing breakthroughs in industries such as healthcare, manufacturing, agriculture, and finance.

With 5G deployment picking up pace and 6G already on the horizon, mobile networks are laying the digital rails for the next era of interconnected, intelligent systems.

From real-time surgical procedures enabled by ultra-low latency to smart factories leveraging automation and artificial intelligence (AI), mobile networks are at the heart of this transformation. This impact is profound in the Asia Pacific, where a fast-growing digital economy is fueling inclusive growth.

A Backbone for Industrial Reinvention

Mobile networks are becoming the nervous system of modern economies. With the roll-out of 5G, and the anticipated shift toward 5G-Advanced (also referred to as 5.5G), industries are gaining access to capabilities that were once purely aspirational. This includes near-instant communication, massive machine-type connections (mMTC), and reliable, secure networks that can support mission-critical applications.

In manufacturing hubs like Japan, South Korea, and parts of Southeast Asia, smart factories powered by mobile-connected sensors and robotics are boosting efficiency and precision. Thailand witnessed a landmark collaboration as ZTE, TrueBusiness, and Charoen Pokphand Foods (CPF) transformed the country’s manufacturing sector with smart factory deployments, leveraging 5G to streamline operations and drive productivity. This was echoed in Vietnam, where Viettel, in partnership with Qualcomm, launched the country’s first commercial Open RAN 5G network, emphasizing openness, vendor diversity, and cost-effective scaling.

Meanwhile, in rural communities across countries like India and Indonesia, 5G-enabled Internet of Things (IoT) devices are supporting precision farming, helping farmers monitor soil conditions, track crop health, and optimize water use.

In the healthcare sector, remote patient monitoring, telemedicine, and even AI-assisted diagnostics are becoming viable through stable, high-speed mobile connectivity. The ability to deliver these services reliably, and in real time, is particularly valuable in countries with large rural populations and limited access to healthcare facilities.

In 2024, mobile network operators (MNOs) across Asia laid the foundation for industrial reinvention. Nokia and IOH (Indosat Ooredoo Hutchison) extended their long-standing partnership to accelerate the rollout of 4G and 5G networks in Indonesia, reinforcing the nation’s digital infrastructure. In Malaysia, Telekom Malaysia supported the government’s bold shift to a 5G dual network model, paving the way for broader access and increased market competitiveness.

In South Korea, KT integrated AI systems into its operations, ushering in next-gen autonomous network management, enhancing both efficiency and responsiveness. Meanwhile, BBIX selected Nokia to upgrade its backbone infrastructure with 400GE technology, boosting capacity to support data-intensive services across East Asia.

Rounding out the regional push, U Mobile embarked on an ambitious rollout of thousands of 5G sites across Malaysia, marking a major milestone in national digital transformation and innovation for enterprises and consumers alike.

Interesting Read: Redefining Global Benchmarks: China Mobile and Huawei on the Power of 5G-A and AI

More Than Speed

Although 5G is still gaining ground, the conversation around 6G is already taking shape. This next-generation technology promises to enhance everything 5G offers—faster speeds, lower latency, and more efficient energy use—while presenting entirely new frontiers, such as holographic communication, advanced mixed-reality experiences, and ubiquitous connectivity powered by AI.

In this context, 5G-Advanced serves as a stepping stone. It will introduce enhanced network slicing capabilities, energy-saving features, and improved support for edge computing.

Elaborating on this at the 2024 Mobile Broadband Forum, Wasit Wattanasap, Head of Nationwide Operations and Support Business Unit, AIS, explained that, “AIS’s Care Growth strategy focuses on creating a ‘Living Network’ that adapts in real time to customer needs, offering on-demand 5G services powered by AI and machine learning (ML).”

By analyzing user behavior, network conditions, and service quality in real time, the network can automatically adjust to optimize experiences, such as prioritizing bandwidth for high-value users or enhancing quality for streaming and gaming.

These upgrades are crucial for more complex applications such as autonomous vehicles (AVs), remote-controlled drones, and AI-driven logistics, all of which require ultra-reliable performance and real-time decision-making capabilities.

Collaboration and Open Innovation

The driving force behind this rapid evolution is not only technology; it’s also collaboration. Across Asia, mobile operators, tech developers, governments, and international alliances are working together to build open, secure, and scalable infrastructure.

Australia’s remote communities are experiencing enhanced connectivity through satellite broadband, while Aussie Broadband and Optus have deepened their partnership to enhance national coverage.

In Southeast Asia, CelcomDigi is pioneering AI-powered autonomous network operations, setting a new benchmark for self-optimizing systems.

Meanwhile, Northeast Asia is seeing radical innovation. NTT, DOCOMO, and NEC recently achieved a record 140 Gbps wireless transmission using orbital angular momentum (OAM), indicating a leap in bandwidth capabilities. SoftBank’s AI-powered large telecom model is bolstering Japan’s AI-native networks.

Moreover, NEC’s near-real-time RAN controller is being used to equip radio access networks with intelligent capabilities, and HFR mobile’s private 5G safety network in Korea is showcasing how custom 5G solutions can serve mission-critical applications. In India, Vodafone Idea’s 5G rollout in Mumbai marks a pivotal step toward urban, ultra-fast connectivity.

From a regulatory perspective, initiatives like the Open Gateway framework, which enables developers to access network capabilities via standardized application programming interfaces (APIs), is creating a dynamic ecosystem where new services can be rapidly developed and deployed across borders.

Standardization is also key. Efforts to harmonize spectrum allocation and network equipment standards are helping ensure that technological progress isn’t siloed within national boundaries but shared across the region.

Dr. Cosmas Zavazava, Director of the Telecommunication Development Bureau (BDT) at the International Telecommunication Union (ITU), explained that the “ITU also organizes the Digital Transformation Dialogues, a series of webinars, fireside chats, and ask-the-expert sessions on emerging technologies. These dialogues are a place for cities to share knowledge, identify policy needs, and develop international standards that support digital transformation.”

Our ITU-T Study Group 20 develops international standards (ITU-T recommendations) that provide guidance for implementing IoT technologies, city services, policy frameworks, and more.

Addressing Security in a Hyper-Connected World

As connectivity increases, so too does responsibility. Similarly, as networks become more complex and integrated with critical services, cybersecurity has become a top priority. Advanced threats now target both devices and networks, exploiting virtualized infrastructure and real-time data flows.

In response, operators and regulators are adopting a zero-trust approach, whereby no user or device is automatically trusted, and continuous authentication is required at every layer. There’s also a rising interest in quantum-safe encryption and AI-powered threat detection tools.

Foundation for Economic Growth

At its core, this transformation encompasses more than just faster internet; it serves as the foundation for sustainable, inclusive economic growth. According to the GSM Association’s (GSMA) Mobile Economy Asia Pacific 2024 report, the mobile industry is expected to contribute over USD 1 trillion to the Asia Pacific economy by 2030. This growth is projected to outpace the global average, driven by the region’s accelerated adoption of 5G technologies.

To fully realize this potential, ongoing investment in infrastructure, policy support, and skills development will be essential. Public-private partnerships will play a critical role, especially in ensuring that rural and underserved areas aren’t left behind.

Asia’s mobile networks are becoming far more than connectivity providers; they are platforms for innovation, collaboration, and progress. As the region moves from 5G to 6G and beyond, the focus must remain on enabling meaningful, secure, and inclusive digital transformation. The promise is vast , yet requires a collective commitment to innovation, ethics, and resilience. If implemented correctly, mobile networks could be the cornerstone of Asia’s next great leap forward.

Exclusive Interview: Money Goes Mobile: Asia Embraces Digital Transactions

Satellite Broadband Connects Australia’s Remote Communities 

For decades, Australians living in rural and remote regions have experienced stark digital exclusion, cut off from reliable and fast internet due to distance, terrain, and lack of infrastructure. But today, satellite broadband is shifting that dynamic, bringing high-speed connectivity to some of the country’s most isolated places, and with it, new opportunities in education, healthcare, and economic growth. 

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Evolving Towards Satellite Broadband 

The Australian government’s efforts to deliver equitable internet access date back to the early 2010s when the National Broadband Network (NBN) was first introduced.

Realizing that extending fiber or fixed-line connections to every part of the country was economically and technically impractical, the government opted for a multi-technology mix.

For Australia’s remote and regional areas, satellite broadband became the most viable option. To support this strategy, NBN launched two major satellites—Sky Muster I in October 2015 and Sky Muster II in October 2016—into geostationary orbit, approximately 36,000 km above the Earth’s surface. These satellites were engineered to serve up to 400,000 homes and businesses in hard-to-reach locations, delivering download speeds of up to 100 Mbps and upload speeds of up to 10 Mbps. 

Sky Muster marked a turning point in Australia’s digital landscape, but early implementations faced limitations. Latency, due to the long distance the signal had to travel, posed challenges for real-time applications like video conferencing or online gaming. Moreover, initial plans included data usage caps, restricting users from fully benefiting from the connectivity.

Over the last few years, a new generation of satellite systems, those operating in low Earth orbit (LEO), has emerged. Unlike geostationary satellites, LEO satellites orbit between 500 to 2,000 km above the Earth, drastically reducing signal latency.

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Digital Advancement  

This advancement pushed the Australian government to reevaluate its digital policies. Significant policy updates were implemented in 2023. Communications Minister Michelle Rowland explained that thousands of Australians living in regional and remote areas would benefit from uncapped data on NBN’s Sky Muster Plus service.

The removal of data caps, one of the most criticized limitations of early satellite broadband, meant that users could now stream, work remotely, and access critical services like telehealth and online education without worrying about exceeding data allowances.

More recently, in March 2025, the Albanese government discussed incorporating LEO services into its Universal Service Obligation (USO), a legislative framework that mandates the provision of standard phone and internet services to all Australians regardless of location. This shift could further eliminate mobile black spots and extend outdoor mobile coverage through satellite integration, potentially transforming the daily lives of many Australians in outback regions. 

“In telecommunications, public safety and reliable connectivity are paramount,” Rowland emphasized, noting that improved speeds and data capacity would help level the digital playing field for all Australians. 

Satellite broadband’s impact stretches beyond just basic connectivity; it’s proving instrumental in empowering First Nations communities. According to the Royal Melbourne Institute of Technology (RMIT), internet usage in remote Indigenous communities has grown significantly. Yet, cost remains a key barrier. Many households face high upfront installation costs or are locked into inflexible plans that do not reflect their seasonal- or community-based lifestyles. RMIT stressed the need for more culturally informed digital policies. Inclusion, after all, must go beyond infrastructure; it must consider affordability, digital literacy, and community-led deployment models. 

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Anticipation of Hybrid Models 

According to the Australian Competition and Consumer Commission (ACCC), the latest generation of Sky Muster Plus and LEO services offers sufficient speed for video streaming, virtual meetings, and even some gaming activities once considered out of reach for rural users.

The availability of government subsidies like the Regional Connectivity Program (RCP) and the Mobile Black Spot Program (MBSP) is making it more viable for rural Australians to adopt high-speed internet at affordable rates. 

As satellite technology matures, industry experts anticipate the rise of hybrid models that combine geostationary, LEO, and terrestrial services. Telstra has already begun testing satellite-to-mobile capabilities with global partners. In 2025, Telstra announced its collaboration with OneWeb and Starlink to explore how mobile handsets can directly connect to satellites when out of cellular range. If successful, this could pave the way for emergency communications, agriculture technology integration, and disaster resilience in some of the most rugged and least accessible corners of the country. 

Looking forward, the combination of policy reforms, technological innovations, and increased private-sector involvement promises to close Australia’s digital gap further. Throughout 2025, NBN is planning to refresh its satellite strategy to include LEO partnerships and potentially launch updated satellite payloads with expanded capacity. Similarly, the federal government is expected to allocate additional funding to regional digital inclusion programs, prioritizing community-led internet deployment in remote Aboriginal and Torres Strait Islander regions. 

Satellite Broadband at the Forefront

The societal impact of these efforts cannot be overstated. With broadband access, rural Australians gain access to a world of opportunities, from online education and telehealth consultations to e-commerce, e-government services, and virtual social networks. Farmers can use real-time weather updates, GPS tools, and Internet of Things (IoT) systems to boost productivity. Children in remote schools can access the same learning materials as their urban counterparts. Isolated communities can engage with the digital economy and advocate for their rights with newfound digital tools. 

Australia’s remote regions are no longer being left behind; they’re becoming pioneers in satellite-powered connectivity. What began as a necessity to bridge geographic isolation has evolved into a sophisticated national strategy, driven by innovation, collaboration, and the recognition that digital access is not a luxury, but a right. Satellite broadband is no longer just about catching up; it’s about launching forward into a truly connected future. 

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Rakuten Mobile, Cloudflare Partner to Offer Zero-Trust Services

Rakuten Mobile and Cloudflare have announced a strategic partnership to provide zero trust as a managed service to corporate clients. This partnership aims to support Japanese businesses in enhancing their security measures and facilitating safe digital transformations. Rakuten Mobile will now offer Cloudflare’s Zero Trust and Network Services as a managed service, protecting corporate devices and data in remote work and cloud environments.

The increasing complexity of hybrid work and the evolving threat landscape pose challenges for Japanese businesses. Cloudflare’s security measures have been successful in preventing an average of 385 million cyber threats in Japan daily, with industries like retail, gaming, information technology, and telecommunications being the most targeted. Rakuten Mobile and Cloudflare recognize the need for small and medium-sized businesses (SMBs) to have easier access to zero-trust network security, as these businesses often lack the resources for robust cybersecurity.

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Cloudflare’s Zero Trust supports security measures for various organizations, protecting them from cyber threats. By implementing strict access authentication and enhancing data protection, unauthorized access is prevented, and internal and external communications are secured.

Through the partnership, companies of all sizes in Japan can now integrate Cloudflare cybersecurity into their existing services via Rakuten Mobile, without needing in-house security expertise. Rakuten Mobile is now an authorized managed security service provider for Cloudflare, offering fully-managed, zero-trust and network security services.

Kazuhiro Suzuki, Co-CEO of Rakuten Mobile, highlighted, “By combining Cloudflare’s solutions with our comprehensive network services and support, we will empower our clients’ digital transformation with a one-stop solution for network and security. Through this initiative, we aim to deliver a secure and reliable infrastructure environment for our corporate clients.”

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Tom Evans, Chief Partner Officer of Cloudflare, added, “We believe Cloudflare is the only company offering a broad range of network security and SASE services through a unified platform built on our own infrastructure, delivering the most comprehensive set of managed solutions. Service providers like Rakuten Mobile are fundamental to extending critical security protections and we are thrilled to be partnering to protect businesses in Japan. As demand for managed security services grows, Cloudflare’s connectivity cloud platform is set to enable partners to deliver cost-effective, scalable cybersecurity. By combining Cloudflare’s global infrastructure and operational efficiencies with Rakuten Mobile’s regional expertise, we’re empowering businesses of all sizes in Japan to strengthen their security posture while controlling costs.”

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SK Telecom Hit by Cyber Attack

SK Telecom has disclosed that it suffered a cyber attack over the weekend, leading to a data breach involving customer information linked to universal subscriber identity modules (USIM).

The mobile carrier reported that the breach occurred due to malicious code infiltrating its systems. While the exact scope and nature of the data leak are still under investigation, the company stated it took immediate steps to report the incident to the Korea Internet and Security Agency (KISA), aligning with regulatory requirements.

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In a message to employees, CEO, Ryu Young-sang, conveyed his regret and accepted responsibility for the breach. He urged staff to take stronger measures to improve the company’s cybersecurity framework and enhance efforts to protect customer data.

SK Telecom confirmed it has notified the Personal Information Protection Commission of the incident and is working closely with investigators. The company added that it promptly deleted the malicious code and isolated the affected equipment upon detecting a possible breach. There have been no confirmed reports of the leaked data being misused.

The company said it will adopt stronger security measures, including comprehensive system inspections, upgraded detection and blocking systems for illegal SIM-related activities, and improved alert protocols in cases of potential threats. A free SIM protection service is also being offered through its website and T World platform.

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In response to the incident, the Ministry of Science and ICT (MSIT) has set up an emergency task force in collaboration with the Cyber Security and Network Policy Bureau. The ministry requested that SK Telecom preserve and submit relevant data for analysis. Officials from KISA were dispatched to the telecom provider’s Seoul headquarters for an on-site investigation.

Depending on the outcome of the investigation, the government may form a joint task force encompassing both the public and private sectors to conduct a more thorough review. If security management lapses are identified, corrective measures could be mandated.

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Moratelindo Taps Ribbon for Jakarta-Singapore Route Upgrade

Moratelindo, one of Indonesia’s largest telecommunication infrastructure and network providers, has selected Ribbon Communications Inc.’s (Ribbon) cutting edge technology and optical infrastructure to enable high capacity and automated management on its 1,055-kilometer Jakarta-Singapore submarine network.

Ribbon is dedicated to assisting the world’s largest service providers, enterprises, and critical infrastructure operators in modernizing and safeguarding their networks and services.

”Ribbon’s innovative technology and track record were critical factors in our decision to work together,” said Michael C. McPhail, Moratelindo’s Chief Technical Officer. “This deployment extends and expands our successful partnership, and enables us to provide our customers with superior connectivity while optimizing our network operations.”

Moratelindo is gaining unparalleled performance and efficiency by leveraging Ribbon’s advanced 5nm-140Gbaud optical transport solutions, 25 800G links for 20 Tbps capacity, and Muse Multilayer Automation Platform, all of which maximizes the value of IP optical network investments through comprehensive control, analysis, design, and planning applications.

Moratelindo plays a critical role in ensuring connectivity for people and businesses across Indonesia, and we’re pleased to extend our collaboration.

Mickey Wilf, Vice President of Sales Asia, Ribbon, continued, “We’re confident that our advanced solutions will enable them to continue delivering exceptional services to their customers.”

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U Mobile Transfers GoBiz to NTT DATA Cardpay

U Mobile is driving the adoption of 5G and 5G-Advanced (5G-A) in enterprises by consolidating its focus on digital solutions tailored for businesses across industries. As part of this strategy, U Mobile has transferred its merchant acquiring arm, GoBiz, to NTT DATA Cardpay, a subsidiary of NTT DATA Payment Services Sdn. Bhd. (formerly GHL Systems Berhad).

The move is expected to strengthen U Mobile’s ability to develop and deliver enterprise-focused 5G solutions while ensuring uninterrupted service and support for GoBiz’s existing merchant base.

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“As the nation’s next-gen 5G network provider, U Mobile is committed to drive the country towards becoming a digitally-enabled, high-income nation, and 5G adoption by enterprises is a key success factor to that goal. U Mobile is looking forward to accelerating enterprise digitalization with artificial intelligence, autonomous technology, Internet of Things (IoT), and more; and, as such, this agreement with NTT DATA Payment Services paves the way for us to fully leverage our strengths to realize these ambitions, especially for the SME sector,” said Neil Tomkinson, Chief Information Officer of U Mobile.

In line with its push for digital transformation, U Mobile also plans to explore collaborative opportunities with NTT DATA Payment Services. These potential partnerships aim to bring enhanced digital tools to Malaysia’s small and medium enterprise (SME) market by leveraging 5G, artificial intelligence, and advanced payment technologies.

“By combining NTT DATA Payment Services’s expertise in payment solutions with U Mobile’s next-gen 5G and 5G-A technology, we aim to enable businesses with seamless, digital payment solutions that enhance efficiency and growth. This collaboration underscores our commitment to driving innovation and supporting businesses in embracing the future of digital commerce,” added Sean Hesh, Group Chief Executive Officer of NTT DATA Payment Services. 

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PLDT, Smart, IJM Partner with Law Enforcement Agencies to Combat OSAEC

PLDT Inc. (PLDT) and its wireless unit, Smart Communications, Inc. (Smart), are working together with the anti-trafficking organization, International Justice Mission (IJM) Philippines, to help the Philippine government address the increasing cases of online sexual abuse and exploitation of children (OSAEC) in the country.

During a recent public hearing of the Senate Committee on Women, Children, Family Relations, and Gender Equality, it was highlighted that OSAEC accounted for a significant portion of the 17,600 cases of child rights violations in 2023, as reported by the Philippine National Police (PNP) Women and Children Protection Center.

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Senator Risa Hontiveros also referenced IJM’s study, which revealed that almost half a million Filipino children were trafficked online through live streaming in 2022, involving foreign offenders working with local perpetrators for financial gain. PLDT, Smart, and IJM have been collaborating with law enforcement agencies, child protection advocates, and philanthropists from different countries to address the issue of OSAEC in the Philippines and promote cooperation to protect Filipino children online.

In September 2024, PLDT and Smart supported IJM in organizing a national summit that involved President Ferdinand Marcos, Jr., the Department of Justice Inter-Agency Council Against Trafficking, the Department of Interior and Local Government, PNP units, and leaders from various organizations to prioritize child protection at a national level. President Marcos, Jr. instructed all government agencies and local units to intensify efforts to combat OSAEC and incorporate child safety into all initiatives and regulations.

PLDT and Smart have also been engaging with IJM constituents from the United States of America, Hong Kong, and South Korea to raise awareness about industry solutions and garner international support for local efforts against OSAEC.

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Melissa Vergel de Dios, Chief Sustainability Officer of PLDT and Smart, emphasized, “While rapidly evolving technologies such as AI bring new capabilities beneficial to everyday life, these are also being used to enable OSAEC, making such crimes against children even more difficult to address. Recognizing this, we at PLDT and Smart continue to update our multi-pronged approach to combat OSAEC. This includes complementing our child protection platform with key partnerships like that with IJM to further strengthen our response and support to the Philippine government’s whole-of-society approach against OSAEC.”

Samson Inocencio Jr., National Director of IJM Philippines, added, “The Philippines is setting a global precedent in building a strong, multi-sectoral response to the scourge of online sexual exploitation of children. Tackling this complex crime requires strategic partnerships across both public and private sectors. PLDT and Smart’s commendable collaboration with the Philippine government and child protection advocates is helping pave the way for a safer world for children. IJM remains committed to working with PLDT and Smart to continually refine and strengthen solutions that protect children both online and offline.”

In addition to their work with IJM, PLDT and Smart are cooperating with the National Telecommunications Commission, law enforcement agencies, and courts to investigate and prosecute OSAEC cases. The telcos received and fulfilled 46 lawful requests for information related to OSAEC cases in 2024.

Furthermore, PLDT and Smart have blocked over 1.7 million URLs and online content associated with OSAEC from June 2021 to February 2025, as part of their commitment to human rights and child safeguarding policies in compliance with Republic Act 11930, also known as the Anti-OSAEC and Anti-Child Abuse and Exploitation Materials Law.

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YTL Communications to Lead Major Fiber Optic Project Along Malaysian Railways

YTL Communications Sdn Bhd, a 60%-owned subsidiary of YTL Power International Bhd, has been selected by Railway Assets Corp (RAC) to develop fiber optic infrastructure along 1,600km of railway tracks from Perlis to Johor and Kelantan.

This decision follows RAC’s request for proposal (RFP) in 2023, which sought to open up the development of telecommunications infrastructure along RAC’s rail corridors to licensed industry players.

The initiative aims to enhance national digital connectivity, aligning with the National Broadband Plan and Jendela, the National Digital Network. However, the project value and timeline were not disclosed. RAC emphasized that the development would optimize the use of national rail assets for the establishment of a high-speed fiber optic network.

Previously, Fiberail Sdn Bhd held exclusive rights to install fiber optics along all railway routes. Transport Minister Anthony Loke, who officiated the announcement, explained that with this policy change, other companies are now permitted to install fiber optics along the rail corridors, which is expected to foster healthy competition, expand digital coverage, and lower costs for the public.

Fiberail, 53.99% owned by Telekom Malaysia Bhd (TM), 35.99% by Keretapi Tanah Melayu Bhd (KTM), and 10.01% by Petrofibre Network (M) Sdn Bhd, operates 5,500km of fiber optic network across the country via railway and gas pipeline corridors. The company reported a net profit of RM26.44 million and revenue of RM210.05 million for the financial year ending December 31, 2023.

RAC assured that the liberalization would not impact Fiberail’s existing exclusive rights under the Wayleave agreement with KTM, which remains in effect until 2032. Any new developments will proceed through joint technical negotiations without disrupting existing infrastructure, and the rollout will be transparent and inclusive.

The initiative is expected to generate additional revenue for RAC, which will be used to maintain stations and trains, improve facilities, develop new stations, and reduce reliance on government funding for development.

 

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Aussie Broadband, Optus Extend Mobile Partnership

Aussie Broadband announced a significant extension of their current wholesale mobile contract with Optus, one of Australia’s top mobile network operators (MNOs). The two companies have agreed to extend their partnership for an additional five years.

This partnership allows Aussie Broadband to offer Optus’s wholesale network services, including full access to Optus’s mobile network, premium 5G, fixed wireless access (FWA), and mobile back-up services to all their customers.  

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“The challenger ethos of both our brands is fundamentally why we are expanding this partnership. Optus was created to provide real choice to Australians, and Aussie Broadband exists to disrupt the industry on behalf of all Australians,” explained Aussie Broadband Group CEO, Brian Maher.

Optus CEO, Stephen Rue, added, “With this re-commitment, we look forward to creating even more mobile choices for Australians, particularly in regional areas, and we know with Optus we can take on the big guys and deliver an exceptional mobile product on a great network. Optus’s investment in their network and their recent multi-operator core network (MOCN) has reset the playing field when it comes to coverage, and we want to help Australians capitalize on that opportunity with some great Aussie Broadband plans. 

“The partnership between Optus and Aussie Broadband is another great example of how Optus plays a unique role in the Australian wholesale market. We offer unrestricted access to the Optus mobile network through a broad suite of products and we focus on building long term partnerships, as we’re doing with Aussie Broadband, while also being committed to providing excellence in service through a dedicated delivery team.” 

Rue concluded, “As we continue to champion brands like Aussie Broadband by delivering more choice in the MVNO (mobile virtual network operator) market, we are anchored by our commitment to deliver flexible products and network solutions that empower our partners’ customers with world-class connectivity options.” 

This partnership is a crucial step in bringing more mobile choices to the market and includes joint marketing opportunities for Aussie Broadband, Buddy, and Optus. 

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MobiFone Seeks Approval to Serve National Defense and Security

MobiFone has officially submitted a proposal to the Prime Minister, requesting approval to operate as a defense and security enterprise, marking a milestone in its transformation journey following its transfer to the Ministry of Public Security.

The move comes as part of broader efforts to restructure the corporation in line with national priorities. General Lương Tam Quang, Politburo member and Minister of Public Security, presided over a working session with MobiFone to assess its transition progress and future strategic direction.

During the meeting, MobiFone reported that it had completed essential procedures, including drafting a new organizational charter and preparing to operate under a special defense-security mechanism. The corporation is also working closely with relevant agencies to update its financial regulations and internal processes to reflect its evolving role.

Looking ahead, MobiFone is formulating a development strategy for 2025–2030 with a long-term vision extending to 2045.

Organizational restructuring is also underway, including streamlining operations by eliminating middle management levels and establishing business units at the provincial level.

A specialized mechanism is being developed to attract top-tier talent, ensuring the company is well-equipped to meet future responsibilities.

Minister Quang stressed the importance of building a robust legal foundation to support MobiFone’s new role. He said this would help eliminate structural barriers and foster stable, long-term growth as the corporation takes on duties tied to national security. He also urged MobiFone to harness its core strengths to develop advanced telecommunications and technology solutions that align with both corporate goals and national interests.

With its new oversight, MobiFone is expected to play a larger role in supporting the government’s vision for a digital government, digital economy, and digital society.

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Money Goes Mobile: Asia Embraces Digital Transactions

A new GSMA report titled ‘State of the Industry Report on Mobile Money 2025’ revealed that the mobile money industry achieved significant milestones, surpassing two billion registered accounts and over 500 million active monthly users worldwide in 2024. After taking 18 years to reach its first billion accounts, the industry doubled in just five years. This momentum extended to transaction activity, with mobile money platforms processing around 108 billion transactions worth more than USD 1.68 trillion, marking year-on-year growth of 20% in volume and 16% in value.

In an exclusive interview with Telecom Review Asia, Ashley Olson Onyango, Head of Financial Inclusion and AgriTech at the GSMA, unpacked the key findings of this report.

Onyango shared global insights and regional highlights, including East Asia-Pacific’s impressive growth in active mobile money accounts, the evolving role of partnerships with banks and global payment networks, and ongoing efforts to close the gender gap in financial inclusion.

What key global insights or trends does this year’s report reveal about the mobile money ecosystem?

More than half a billion monthly active users and over 2 billion registered accounts is a remarkable achievement. We’re seeing strong growth globally, with values growing by 16% and volumes by 20%. This is driven by a 20% increase in agent registration and more ecosystem transactions, such as bill payments, merchant payments, and international remittances.

East Asia-Pacific recorded the second-fastest growth in active mobile money accounts globally in 2024. What factors are driving this growth?

We saw strong growth in East Asia and the Pacific and South Asia. It’s notable that, in this region, active usage is growing faster than registered usage. That’s what we want to see globally—people using accounts more often. A lot of this is led by enabling regulatory environments and a real focus from regulators and providers on financial inclusion.

In East Asia and the Pacific, international remittances grew by 39%, while merchant payments grew by 37%. These use cases are highly relevant, and once people start using them more frequently, they expand into other use cases. The usability and relevance are really strong, and both providers and regulators have done a great job supporting this.

How has the mobile money landscape evolved across Southeast Asia and what are the main challenges and opportunities in this region?

Digital financial literacy remains a barrier. People’s skill sets and comfort with using digital financial services are still limiting factors. This plays into the gender gap, which is fascinating in South Asia. Countries like Indonesia and the Philippines have a negative gender gap—more women own mobile money accounts than men. In markets like Pakistan, the gender gap in mobile money usage is particularly high – women are 70% less likely than men to have a mobile money account. Similarly, in Bangladesh and India, the gap remains significant, with women being over 50% less likely to own mobile money accounts. Driving mobile phone ownership, mobile money awareness, and digital literacy skills remain significant and ongoing challenges. South Asia presents a complex landscape, home to both some of the earliest and some of the newest mobile money services so the context varies drastically. That lends itself to looking to neighboring markets for innovation and ideas.

With the gender gap still an issue, how is the GSMA working to close it, and are there regional differences in how it’s being addressed?

We work with our members and mobile money providers globally through our GSMA Connected Women Commitment initiative. Launched in 2016, it’s about reducing the gender gap in both mobile internet usage and mobile money services. We partner with mobile network operators (MNOs) who commit to supporting our initiative. Then we work with them based on their market and data to find solutions to drive greater inclusion of women. It’s not off-the-shelf; it’s very bespoke. Some of our key partners in Asia include Dialog Axiata in Sri Lanka, Digital Communications in Malaysia, Indosat in Indonesia, and Robi Axiata in Bangladesh.

How do partnerships between mobile money operators and traditional financial institutions shape the future of mobile money, particularly in Asia?

Partnerships between mobile money providers and banks are critical. Mobile-to-bank and bank-to-mobile transaction volumes have increased drastically. These partnerships unlock new financial products, such as credit scoring, debit cards, and digital loans. In Vietnam and the Philippines, we’ve seen mobile bank transfers and offline interoperable services expand users’ ability to transact across platforms. There’s also growing alignment with global payments networks like Mastercard and Visa. These partnerships support the launch of virtual and physical debit cards and help open remittance gateways. They’re critical to growing the industry and making it relevant and usable for consumers.

How has your experience shaped your vision for the future of mobile money and technology in these sectors?

I’m American, and I moved to Kenya in 2010 when M-PESA was in its early stages. I saw how it changed the way we transact—how seamless and usable it was. I watched M-PESA grow and mature over a decade. It opened up the possibility for mobile money to serve unbanked and underserved users. Seeing that evolution, and looking at markets like South Asia, where there’s so much innovation, I see vast opportunity to connect people who aren’t part of the financial services space and provide them with basic tools. At the same time, we can serve more mature users who want digital loans and products that support their lives. Helping users take that journey through the mobile money industry is fascinating.

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Satellites vs. Subsea: Navigating Asia’s Future of Connectivity

As economies across the Asia Pacific digitize at record speed, the need for robust, secure, and future-ready internet infrastructure has never been more urgent. Two major players are emerging in the battle to provide the backbone for this digital future: satellites orbiting above and subsea cables stretching beneath the ocean floor.

While both technologies serve the common purpose of ensuring connectivity, their roles, capabilities, vulnerabilities, and strategic implications differ significantly. With Asia projected to generate 43% of global data traffic by 2027, the conversation around satellites versus subsea is no longer hypothetical; it’s foundational to the region’s geopolitical, economic, and technological strategies.

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The Unsung Heroes Beneath the Waves

Submarine cables are the arteries of the global internet. Despite the growing buzz around satellites, over 95% of international data traffic still relies on subsea cables. These cables, lying silently beneath oceans, connect continents with thousands of kilometers of fiber-optic threads, enabling everything from social media interactions to high-frequency financial trades.

In Southeast Asia alone, more than 30 subsea cables currently interconnect regional economies, linking nations like Singapore, Indonesia, and the Philippines to major hubs in the US, China, and Europe, according to Carnegie Endowment. In 2023, Singapore emerged as the most connected hub in Asia, with 25 subsea cables landing on its shores, affirming its position as a digital gateway.

However, these undersea marvels have unique challenges. According to H.E. Dr. Kao Kim Hourn, Secretary-General of ASEAN, geopolitical tension and supplier dependencies have created vulnerabilities, particularly as the region relies heavily on a small group of cable manufacturers, mostly from the US, Japan, and China. The US-China tech rivalry has escalated these concerns, with nations wary of espionage and potential sabotage.

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Reaching the Unreachable

In contrast, satellite communications, particularly low-Earth orbit (LEO) systems, are gaining ground as a viable complement and, in some cases, alternative to traditional cable infrastructure. Satellites like those deployed by Starlink, OneWeb, and AST SpaceMobile are reshaping global expectations by offering connectivity to even the most remote areas—mountains, rural islands, and conflict zones—where cable installations are either impractical or impossible.

The Asia Pacific stands to benefit tremendously. Countries like Indonesia and the Philippines, with their archipelagic geographies, find LEO satellites particularly appealing. According to AST SpaceMobile, LEO satellites can provide lower latency and offer bandwidths comparable to broadband services, making them viable for enterprise and public use.

Moreover, in a region where over 2 billion people remain under-connected, satellite-based solutions promise to narrow the digital divide. With growing investments in space infrastructure and regional satellite alliances, space is no longer the final frontier but a present-day battlefield for digital access and influence.

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The Hybrid Approach

While the debate is often framed as satellites versus subsea, experts increasingly argue for a hybrid approach. The ‘ASEAN: Enhancing Connectivity and Resilience’ 2024 report suggested that a strategic alliance of sea and space could provide the most resilient and inclusive infrastructure model for the Asia Pacific. Subsea cables provide the bulk of capacity and speed, while satellites offer coverage in areas where cables cannot reach.

This synergy is already taking shape. In early 2024, Thailand’s Ministry of Digital Economy announced plans to expand both its LEO satellite coverage and undersea cable landings, citing resilience against climate-related disruptions and cyber threats. Similarly, Australia and Japan have begun exploring cross-value-chain collaboration to diversify their tech dependencies.

Governments are increasingly weaving connectivity infrastructure into their national security and digital sovereignty agendas. ASEAN, for instance, is exploring a framework to diversify cable suppliers and reduce over-reliance on any single foreign entity.

China, in particular, has doubled down on its Digital Silk Road, aiming to dominate both terrestrial and orbital networks. From 2022 to 2024, China launched over 400 communication satellites and was involved in more than a dozen subsea cable projects globally, including the PEACE cable that connects Asia to Africa and Europe.

Economic Implications and Investment Trends

The financial dimension of connectivity is staggering. According to Equinix, global investment in subsea cables is expected to exceed USD 10 billion by 2026, with the Asia Pacific accounting for the lion’s share due to surging demand for data centers and cloud services. Meanwhile, Asia’s LEO satellite market is projected to grow at a compound annual growth rate (CAGR) of 50.2% through 2030. Australia currently leads, but India is set to overtake as spectrum policies evolve. Major players include Starlink, OneWeb, Kuiper, Viasat, and AST SpaceMobile.

Governments, telcos, and hyperscalers are all placing bets on the future. Singapore, for instance, continues to incentivize cable landings while offering orbital spectrum rights for satellite operators. In the Philippines, SpaceX’s Starlink launched commercial services in mid-2023. Since then, SpaceX has deployed 30,000 terminals, bringing high-speed internet to areas lacking fiber infrastructure.

Another trend reshaping the connectivity landscape is the rise of edge computing and cloud infrastructure. These developments are increasing the demand for ultra-low latency, making subsea cables more viable for real-time applications like autonomous vehicles (AVs), artificial intelligence (AI) processing, and blockchain transactions.

Next-generation LEO constellations are being designed with direct-to-device capabilities, enabling seamless cloud access even without ground stations, indicating a potential game-changer for Internet of Things (IoT) and mobile applications in Asia’s remote regions.

Environmental impact is also part of the infrastructure debate. Subsea cables generally have a low carbon footprint once laid but are energy-intensive to manufacture and install. Conversely, satellite launches involve rocket emissions and pose space debris risks, but once deployed, they operate efficiently for several years. Sustainability-conscious governments like New Zealand and South Korea (Act on Human Rights and Environmental Protection for Sustainable Business Management) are now mandating environmental audits for major connectivity projects, including space-based infrastructure. Private companies are also joining the cause. Equinix announced that its subsea cable hubs in Asia will run on 100% renewable energy by 2027.

A Dual Pathway to Digital Dominance

Asia’s digital trajectory will not be defined by a single infrastructure pathway. Rather, it will likely adopt a dual strategy where subsea cables and satellite systems coexist, complement, and reinforce one another.

The region’s future connectivity architecture may resemble a multi-layered web. Dense terrestrial fiber could satisfy urban centers, subsea cables could connect global hubs, and satellites could fill in the rural and last-mile gaps. This model ensures resilience, inclusivity, and security, all of which are key pillars for Asia’s economic growth and digital transformation.

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Malaysia’s Mobile Service Revenue to Hit USD 6.1 Billion by 2029

Malaysia’s mobile service industry is on track for steady growth, with total revenue projected to rise from USD 5.1 billion in 2024 to USD 6.1 billion in 2029, marking a compound annual growth rate (CAGR) of 3.5%.

According to GlobalData, the upswing is being fueled by surging mobile data consumption, accelerated 5G adoption, and a growing shift toward over-the-top (OTT) communication platforms.

GlobalData noted a continued decline in mobile voice revenue—set to drop at a CAGR of 1.1% between 2024 and 2029—as consumers increasingly opt for OTT messaging and calling services. In contrast, mobile data revenue is forecast to climb at a 5.1% CAGR, supported by a rise in mobile internet users, expanding data use, and a greater uptake in high-value (HV) 5G plans.

While 4G dominated Malaysia’s mobile landscape until 2024, 5G subscriptions are set to surpass 4G subscriptions in 2025 and will account for 84% of total mobile subscriptions by 2029. The shift is propelled by continued government and operator investment in 5G infrastructure, with network coverage reaching 82.4% of populated areas by the end of 2024.

The expansion of 5G is also expected to boost machine-to-machine (M2M) and Internet of Things (IoT) services. M2M/IoT subscriptions are projected to grow at a CAGR of 14.7% through 2029.

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NTT East Invests in WEAVE to Expand FTTH Access

NTT e-Asia, a part of the NTT East group, is planning to invest in PT Integrasi Jaringan Ekosistem, known as WEAVE, a telecommunications service provider in Indonesia and a subsidiary of PT Solusi Sinergi Digital Tbk, known as SURGE.

NTT East aims to work with WEAVE to expand its Fiber-to-the-Home (FTTH) business by implementing proper standards and tools for installation and operation and maintenance (O&M). The goal is to address the digital gap in Indonesia.

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Indonesia has a low fixed broadband penetration rate of 15% compared to other ASEAN countries, leading to a digital divide. The high cost of FTTH services limits access to high-income urban residents, excluding low- to middle-income households. WEAVE, established in 2018, started offering affordable FTTH services in August 2023 at around USD 6 per month, utilizing its optical fiber network along railway lines in Java. NTT e-Asia has been providing technical support to WEAVE since July 2024.

Currently, WEAVE has around 200,000 subscribers and aims to expand its reach to 40 million. The investment was made through a subscription to new shares via a third-party allotment, with the investment ratio distributed among JIA (50.85%), NTT e-Asia Pte. Ltd. (49.0%), and LMM (0.15%).

Hashim Djojohadikusumo, Senior Advisor of SURGE, said, “This partnership with NTT East is a historic and transformative step for SURGE and Indonesia. By leveraging NTT East’s world-class capabilities, ecosystem, and operational excellence, we are advancing our mission to bridge the digital divide and accelerate the Affordable Broadband Initiative, empowering millions of Indonesians with meaningful digital access.”

Naoki Shibutani, President & CEO of NTT East, added, “NTT East is deeply committed to creating long-term value for society. This investment goes beyond building digital infrastructure; it contributes to human resource development, job creation, and economic growth. We will leverage our expertise in providing high-quality and large-scale services in Japan and collaborate closely with SURGE and WEAVE to foster a more connected, inclusive future.”

Looking ahead, the initiative seeks to strengthen the partnership with WEAVE, accelerate FTTH and other ICT-related businesses, and support Indonesia’s broader economic development.

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StarHub Earns Cisco Certifications, Boosts Tech Leadership

StarHub has received the Cisco Premier Provider Certification and the Cisco Powered Webex Contact Center Specialization. This solidifies its position as a reliable technology partner for businesses navigating the rapidly changing digital landscape.

These accomplishments showcase StarHub’s ability to provide secure, scalable IT and customer engagement solutions with extensive expertise and a strong service delivery record. With Cisco‘s enhanced technologies, StarHub is better prepared to assist businesses in modernizing their operations and improving customer connections.

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Tan Kit Yong, Head of Enterprise Business Group at StarHub, stated, “This recognition goes beyond technical excellence; it confirms our dedication to enabling significant transformation for our customers. As technology becomes increasingly crucial for business success, we are committed to delivering intelligent, future-ready solutions that help our customers operate more efficiently, work smarter, and lead confidently.”

The Cisco Premier Provider Certification is given to partners who consistently offer high-quality managed services with proven technical skills. Additionally, the Cisco Powered Webex Contact Center Specialization acknowledges StarHub’s ability to provide advanced, artificial intelligence (AI)-powered contact center solutions on a large scale.

Jamie Romanin, Director of Webex Customer Experience at Cisco Systems, Asia Pacific, Japan, and China, expressed, “At Cisco, partnership is central to our operations. We are thrilled to collaborate with StarHub as a valued Premier Provider Partner and congratulate them on achieving the Cisco Powered Services Webex Contact Center Specialization. This accomplishment demonstrates their deep understanding of our contact center solutions and their proven ability to effectively deliver managed solutions. Together, we will empower more businesses to utilize Webex Contact Center and Webex AI Agent to transform customer engagement and achieve meaningful business results.”

For businesses, this means quicker solution implementation, streamlined support processes, and consistent service quality, all supported by StarHub’s team of certified experts and Cisco lifecycle services. As customer and IT requirements evolve, StarHub remains committed to keeping technology simple, reliable, and designed to deliver tangible results.

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NTT Reveals AI Chip for Real-Time 4K Video Processing

NTT Corporation (NTT) has introduced a large-scale integration (LSI) chip to handle real-time artificial intelligence (AI) inference of ultra-high-definition (UHD) video—up to 4K resolution at 30 frames per second—while consuming minimal power.

The new technology addresses the limitations of traditional systems, which often require video compression for real-time AI processing, especially in edge and power-restricted environments.

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The low-power LSI presents possibilities for drone operations at higher altitudes. When installed on a drone, the chip can detect objects from heights of up to 150 meters (the legal limit in Japan), far surpassing the current 30-meter range offered by conventional AI systems. This advancement supports use cases such as remote infrastructure inspections beyond the visual line of sight, potentially lowering both labor demands and operational costs.

“The combination of low-power AI inferencing with ultra-high-definition video holds an enormous amount of potential, from infrastructure inspection, to public safety, to live sporting events,” said Kazu Gomi, President and CEO of NTT Research. “NTT’s LSI, which we believe to be the first-of-its-kind to achieve such results, represents an important step forward in enabling AI inference at the edge and for power-constrained terminals.”

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Unlike traditional AI servers powered by high-consumption graphics processing units (GPUs), which consume hundreds of watts, edge AI devices typically operate under tight power constraints (tens of watts). NTT’s proprietary AI inference engine reduces computational complexity while maintaining detection accuracy using techniques like interframe correlation and dynamic bit-precision control. The chip supports real-time object detection due to the YOLOv3 algorithm while keeping power usage under 20 watts.

Commercial rollout is planned for the fiscal year 2025 through NTT Innovative Devices Corporation.

NTT researchers are exploring how the new chip could enhance the data-centric infrastructure (DCI) of the company’s Innovative Optical and Wireless Network (IOWN) Initiative. The DCI, supported by the IOWN Global Forum, utilizes the ultra-fast and low-latency All-Photonics Network to tackle key networking challenges including scalability and energy efficiency.

NTT is also working with NTT DATA, Inc. to integrate the LSI with its proprietary Attribute-Based Encryption (ABE) technologies. ABE offers secure, fine-grained access control and policy customization at the data layer, paving the way for advanced data-sharing solutions across various applications.

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NEC Develops Proven Technologies for Secure, Personalized Cancer Vaccine Workflow

NEC Corporation (NEC) has announced the development and successful demonstration of new technologies designed to support the production and administration of personalized cancer vaccines.

Among the breakthroughs is a facial recognition system that does not store facial data, protecting patient privacy while maintaining full traceability throughout the vaccine workflow. Instead, facial image features are converted into key data used for verification. This ensures secure and traceable vaccine administration while minimizing privacy risks tied to biometric data storage.

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NEC also introduced a new technology that manages sensitive information effectively using minimal validation data, an innovation that aligns with real-world applications of personalized cancer vaccine therapies.

Unlike conventional vaccines, personalized cancer vaccines are created by analyzing genomic information from a patient’s tissue and blood samples, making precision and safety critical. As patient numbers grow, the complexity of vaccine workflows increases. Addressing this challenge, NEC has also developed a new tampering detection method that dramatically reduces the amount of validation data required. By grouping genomic data and assigning validation tags per group, the system cuts tag data volume by 90% compared to conventional approaches, without compromising detection accuracy. This innovation significantly lowers storage costs while maintaining robust data integrity.

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Beyond AI-driven advancements in vaccine personalization, NEC has also developed technologies to streamline vaccine production management. The company has been actively promoting information and communication technology (ICT)-based solutions for cancer vaccine development, as evident in a dedicated white paper.

The newly developed technologies have been successfully tested in-house as part of NEC’s ongoing proof-of-concept (PoC) efforts. In a simulated personalized vaccine workflow, the biometric system successfully flagged patient or sample mix-ups before vaccine administration, while the tampering detection technology accurately identified compromised genomic data.

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Dialog Completes Sri Lanka’s First Live 5G VoNR Trial

Dialog Axiata PLC. (Dialog), the top connectivity provider in Sri Lanka, reached a significant milestone in the country’s 5G journey by successfully completing the first Voice over New Radio (VoNR) trial on a live 5G network.

This trial showcased a fully native 5G voice experience with uninterrupted connectivity. Expanding on its innovative work in 5G technology, Dialog had previously conducted a lab-based VoNR proof of concept (PoC) in 2023 using a PoC Core setup.

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This recent achievement on Dialog’s live 5G standalone (5G SA) core network demonstrates the practicality of VoNR services in real-world scenarios. VoNR offers clearer voice quality, faster call connections, and enhanced security compared to older 2G/3G or VoLTE services. It also paves the way for future features, such as 5G New Calling (5G NC), and boosts network efficiency by utilizing 5G spectrum more effectively.

Ranga Kariyawasam, Group Chief Technology Officer of Dialog Axiata PLC, stated, “This milestone highlights Dialog’s dedication to advancing Sri Lanka’s 5G technology. Successfully testing VoNR on our live 5G network brings us closer to fully utilizing next-generation connectivity, providing seamless, high-quality voice services over 5G.”

This achievement adds to Dialog’s list of 5G accomplishments, including the first 5G trial network in the region, the initial 5G SA network trial, Sri Lanka’s first standards-based 5G fixed-wireless pilot transmission, and its achievement of over 6 Gbps on its 5G-Advanced trial network. These milestones showcase the potential of next-generation 5.5G technology. Dialog remains committed to leading technological advancements, speeding up the adoption of next-generation connectivity, and bringing ‘The Future. Today.’ to Sri Lanka.

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How Regulations and Vendor Diversity Will Redefine Connectivity in Asia

As Asia embraces a digital-first future, the forces shaping its connectivity infrastructure are evolving in tandem. While the spotlight often shines on emerging technologies like 5G, edge computing, and satellite broadband, the foundations enabling this next wave of connectivity are being quietly redrawn through smarter regulations and more diverse vendor ecosystems.

These two factors, often viewed as supporting acts, are now stepping into central roles, determining not just how networks are built, but how resilient, inclusive, and future-ready they become.

Evolving Regulations

Across the region, governments and regulators are rethinking their approach to telecom oversight. The traditional top-down, risk-averse posture is gradually giving way to more agile, innovation-friendly frameworks. Rather than simply enforcing compliance, many regulators are now positioning themselves as enablers, offering sandbox environments, encouraging private-public partnerships, and pushing for infrastructure-sharing to bridge the digital divide.

This regulatory shift is especially evident in fast-growing economies aiming to leapfrog legacy infrastructure challenges. By allowing more flexible spectrum usage, streamlining licensing processes, and supporting experimental deployments, countries are accelerating the rollout of next-generation connectivity.

In July 2024, the Ministry of Communication and Informatics (Kominfo) issued Technical Standard No. 352, establishing new guidelines for LTE and 5G New Radio (NR) technologies. This regulation defines additional frequency bands for both subscriber and base stations, aiming to improve mobile broadband services across Indonesia.

In August 2024, Hong Kong’s Office of the Communications Authority (OFCA) approved the cessation of 2G services. The spectrum previously allocated to 2G in the 900 MHz and 1800 MHz bands will be repurposed to enhance 5G services, reflecting a strategic shift towards next-generation mobile networks.

Despite this shift, cybersecurity, data sovereignty, and supply chain integrity remain front and center. Regulatory frameworks are becoming more nuanced, encouraging innovation while simultaneously tightening controls around critical infrastructure and digital assets. The result is a delicate balancing act that seeks to fuel digital transformation without compromising trust or national security.

Vendor Diversity

Alongside regulatory shifts, the telecom ecosystem is witnessing a significant diversification in its supply chain. No longer dominated by a handful of legacy equipment providers, the market is welcoming a broader pool of vendors spanning global players, regional innovators, and cloud-native startups.

This shift is being accelerated by the rise of open and disaggregated network architectures, such as Open RAN. These approaches enable operators to mix and match components from multiple vendors, increasing flexibility and reducing the risks associated with single-vendor dependencies.

Beyond resilience, vendor diversity fosters innovation. Different providers bring unique strengths—be it in AI-powered network automation, energy-efficient design, or rural connectivity solutions tailored to underserved markets. For telcos, this means more opportunities to align network investments with business goals, local realities, and sustainability targets.

Local vendors, in particular, are gaining momentum. With a better understanding of regional needs and often more agile development cycles, these players are helping to localize technology deployment. Their presence strengthens national digital sovereignty while also creating opportunities for export and regional collaboration.

For example, China Mobile and NTT DOCOMO jointly developed the world’s first multi-vendor eSIM. NOW Corporation (NOW) is advancing connectivity in remote regions in the Philippines through its Trusted Network initiative. By partnering exclusively with vendors deemed low-risk, NOW ensures both resilience and cybersecurity in underserved areas.

NEC is enabling telcos to modernize their infrastructure through cloud-native, microservice-based solutions that thrive in multi-vendor environments, eliminating vendor lock-in while enhancing integration.

In Australia, Telstra is pushing the boundaries of intelligent connectivity by embedding AI into operations in collaboration with traditional infrastructure vendors, showing that strategic vendor partnerships can drive next-generation efficiencies.

Meanwhile, in Vietnam, Viettel has launched a commercial Open RAN 5G network in partnership with Qualcomm, proving that open, interoperable systems can support both public and private network demands while fostering a sustainable vendor ecosystem.

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The Glue Holding It All Together

With more vendors in the mix, interoperability has never been more critical. Operators must now integrate hardware and software components from different providers without compromising performance or security. This is where global standards, joint testing labs, and certification programs play a crucial role.

Efforts across the industry are converging to ensure that multi-vendor networks remain as seamless and secure as their legacy counterparts. From cloud-native core networks to virtualized RAN setups, achieving plug-and-play interoperability is no longer a luxury; it’s a necessity for scalable, future-proof infrastructure.

In Asia, mandates promoting open interfaces are gaining traction to encourage interoperability and innovation. India’s Telecommunications Act 2023 and the Telecom Regulatory Authority of India’s (TRAI) push for spectrum and infrastructure sharing aim to foster open, collaborative telecom environments. The Philippines’ proposed Open Access in Data Transmission Act seeks to dismantle monopolies in data transmission and promote an open internet. Regionally, the GSMA Open Gateway initiative is being adopted by key players like PLDT, Smart Communications, Globe Telecom, Chunghwa Telecom, and CTM, offering developers standardized network application programming interfaces (APIs) to build cross-operator digital services. These efforts mark a strategic move across Asia toward multi-vendor, future-ready networks.

Furthermore, others are incentivizing the adoption of vendor-neutral platforms. Japan’s Open RAN ecosystem, backed by government funding, supports multi-vendor deployments to reduce dependence on specific suppliers.

South Korea is promoting Open RAN through government-industry collaboration, aiming to boost domestic tech capabilities. Minister Lee Jong Ho, emphasized, “Amidst intensifying global technological competition surrounding communication networks, Open RAN is gaining attention as a key element for taking the higher ground in this competition.”

Through ORIA (Open RAN Industry Alliance), we aim to create a collaborative and mutually beneficial ecosystem among the public and private sectors, as well as large businesses and SMEs.

Meanwhile, Singapore’s Infocomm Media Development Authority (IMDA) is offering grants to explore and pilot interoperable 5G networks.

These initiatives are laying the groundwork for a new kind of telecom infrastructure: one that is modular, dynamic, and innovation-driven.

Policy and Procurement as Catalysts

Regulations and procurement practices will be just as influential as the technologies themselves in shaping Asia’s connectivity landscape. Smart spectrum policy, trusted vendor frameworks, and climate-aligned infrastructure mandates will determine which innovations gain traction—and how quickly.

Procurement strategies will also need to evolve. Rather than defaulting to the most established vendors, operators and governments alike must assess suppliers based on agility, security, sustainability, and localization potential. Such criteria will empower emerging players while ensuring networks are both robust and responsive to change.

In this dynamic environment, collaboration will be key. Stakeholders across the ecosystem—regulators, telcos, vendors, and communities—must work together to define standards, share threat intelligence, and co-create solutions that are not just cutting-edge, but equitable and secure.

Asia stands at a pivotal moment in its connectivity journey. The convergence of progressive regulation and vendor diversity offers a powerful springboard, not just for more efficient networks, but for more inclusive and resilient digital societies.

As these foundational forces mature, they will redefine what it means to be connected, not only by enabling faster speeds and lower latency, but by ensuring that connectivity is built on trust, choice, and shared opportunity.

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Globe Backs GSMAi Green Network Sustainability Push

As a company committed to environmental responsibility, Globe played a crucial role in the GSMA Intelligence (GSMAi) Green Network Index (GNI) study. This initiative set new industry standards for network sustainability.

Globe was one of only six telecom companies worldwide to take part in the first project. This shows its dedication to leading environmental sustainability efforts by actively participating in research that promotes greener networks and reduces greenhouse gas (GHG) emissions in the industry.

“We understand the importance of working together to create a more sustainable telecom sector. Our involvement in the GNI study demonstrates our commitment to incorporating sustainable practices that benefit both our industry and our journey towards achieving net-zero greenhouse gas emissions,” said Yoly Crisanto, Globe’s Chief Sustainability and Corporate Communications Officer.

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Apple Evangelista, Globe’s Head of Sustainability and Social Responsibility, added, “Through the GNI, we are gaining valuable insights that will help us improve our approach to energy efficiency, renewable energy adoption, and overall network sustainability.”

There is increasing global support for greener telecom networks. The majority of telecom operators, representing 70% of the industry’s revenues, have already committed to reducing GHG emissions in line with the Science-Based Targets Initiative (SBTi).

This commitment was driven by rising energy costs, which make up 15-20% of a telco’s operational expenses, highlighting the importance of energy efficiency. Additionally, environmental, social, and governance (ESG) reporting is becoming more important to credit-rating agencies and financial analysts, making a standardized metric for assessing sustainability crucial across different regions and network technologies.

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In response to this, GSMAi created the GNI, which combines various factors into a single comprehensive figure to enhance comparability among telecom operators and guide companies in their journey towards sustainability.

“Tracking progress on mobile network operators’ energy sustainability is critical in driving meaningful change. Our Green Network Index helps operators to achieve that goal by enabling them to make informed decisions that support a greener, more sustainable future,”               said Tim Hatt, Head of Research at GSMA Intelligence.

The GNI builds on GSMAi’s previous energy efficiency analysis, expanding it into a comprehensive index that considers energy and carbon efficiency, renewable energy usage, performance and availability, and vertical enablement.

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GSMA, VDCA to Accelerate Vietnam’s Digital Transformation

The GSMA and the Vietnam Digital Communications Association (VDCA) have partnered to boost Vietnam’s mobile and digital communications ecosystem. This collaboration seeks to position Vietnam’s growing tech economy on the global map.

Under the Memorandum of Understanding (MoU), the GSMA and VDCA will work together to support the Vietnamese government’s Information and Communication Infrastructure Plan for 2021-2030. This plan includes goals to expand broadband coverage to 99% of the population with 5G by 2030, foster sustainable digital infrastructure, create innovation zones, and establish Vietnam as a regional hub for network and data security.

As part of the MoU, both parties will share technical expertise, organize industry events, and bring stakeholders together through thought leadership initiatives. The GSMA will also provide resources such as its Mobile Threat Intelligence Framework (MoTIF), fraud prevention guidelines, quantum-safe technology, and global best practices in regulatory governance to support Vietnam’s objectives.

This collaboration comes at a time when Vietnam’s digital economy is rapidly expanding, with mobile technologies contributing over USD 20 billion to the economy in 2023. By 2030, 5G is expected to represent nearly a third of all mobile connections, driving innovation across industries.

The partnership will also integrate Vietnam’s digital communications ecosystem with the GSMA’s global network. The MoU reflects a shared commitment to promoting Vietnam’s technological advancements on the world stage.

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Huawei Unveils Comprehensive Suite of AI-Powered Solutions at MWC Barcelona 2025

As the telecommunications industry moves toward an intelligent era, artificial intelligence (AI) is poised to revolutionize every aspect of the digital world, enabling groundbreaking technologies that will reshape the future of the digital landscape.

At the Huawei Product & Solution Launch during Mobile World Congress (MWC) Barcelona 2025, Huawei revealed its innovative roadmap, showcasing a comprehensive suite of AI-powered solutions designed to transform network infrastructure, accelerate digital information, and propel the industry into a more intelligent, connected, and sustainable digital future.

 AI-Centric Network Solution, Seizing New Opportunities in the AI Era

Yang Chaobin, Huawei’s Director of the Board and CEO of the ICT Business Group, introduced the AI-Centric Network solution to address the growing demand for enhanced network bandwidth, lower latency, wider coverage, and improved operations and management (O&M).

In his keynote, Yang Chaobin highlighted the solution’s four-layered approach, which includes all-domain connectivity, application-oriented O&M, enhanced AI-to-X services, and innovative business models. Through this strategy, Huawei aims to accelerate the transition towards an intelligent world while unlocking new revenue streams.

By exposing network capabilities, collaborating with different industries, and engaging in scenario-specific innovation, we can make the most of new growth opportunities in the age of AI, and bring the world one step closer to a brighter, more intelligent future.

 

AI-Centric 5.5G, Igniting the Mobile AI Era 

Building on an AI-powered network foundation, Cao Ming, Vice President of Huawei and President of Huawei Wireless Solution, noted that mobile AI aims to revolutionize the world by delivering intelligent, human-like experiences anytime, anywhere, and for everything. This shift towards ‘AI for All’ will drive three major transformations in the mobile industry. Firstly, it will transform the user experience from being downlink-focused to offering diverse capabilities. Secondly, it will evolve O&M from AN L3 to AN L4 intelligence. Thirdly, it will shift business models from traffic-based to multi-factor monetization.

In the mobile AI era, connections will expand from human-to-human to human-to-AI and AI-to-AI, requiring diverse experiences and services. For multi-modal AI interactions, high uplink capability is essential. Cao Ming mentioned that, for real-time AI agent calling, ultra-low latency is critical. To enable ubiquitous intelligent connections, Cao Ming emphasized that seamless coverage is necessary, particularly for AI-powered devices in both dense cities and remote areas.

To address these challenges, Cao Ming introduced three AI-Centric 5.5G solutions: GigaGear, GreenPulse, and GainLeap.

Looking ahead, we will continue to innovate with all partners and develop more solutions to meet the evolving demands of mobile AI.

 Cao Ming, Vice President of Huawei and President of Huawei Wireless Solution

Cao Ming, Vice President of Huawei and President of Huawei Wireless Solution

 

Intelligent Core, Paving the Way to the Mobile AI Era 

Further expanding on the mobile AI concept, George Gao, President of Huawei Cloud Core Network Product Line, charted the evolution of core networks into AI-native systems.

To meet the requirements of AI-powered terminals and services, core networks must evolve into AI native beyond connectivity.

In his keynote, George Gao noted that AI core network transformation occurs in two phases: 5G-A Intelligent Core and Agentic Core. He added that 5G-A Intelligent Core can equip three intelligence entries with calling agents, personalized experience agents, and digital expert agents.

Moreover, George Gao also launched Huawei’s Telco Intelligent Converged Cloud (TICC) infrastructure, which manages heterogeneous hardware and integrates FusionMind to provide high-quality training and inference services for agents.

 George Gao, President of Huawei Cloud Core Network Product Line

George Gao, President of Huawei Cloud Core Network Product Line

 

Towards AI ON for New Growth in the AI Era 

Huawei’s product and solution launch also showcased optical network advancements, with Bob Chen, President of Huawei Optical Business Product Line, unveiling the AI Optical Network (AI ON) concept.

Premium connectivity is the solid foundation for AI development.

AI applications, from self-owned call assistants to third-party chatbots, thrive on a strong network foundation. According to Bob Chen, the equation is clear: (Data + Model + Computing) x Network = AI prosperity. However, AI development demands deterministic connections and on-tap computing power akin to utilities like electricity and water.

The transition to AI ON networks requires awareness, always-on demand, assurance, autonomous O&M, and AI-native capabilities. Chen explained that traditional networks struggle with undifferentiated services and reactive repairs, but AI-driven networks offer:

  • Customized Connections: Instead of fixed speeds, users can get tailored services. For example, a gaming package can offer 500 Mbps speed, 10 ms latency, and 99.9999% reliability.
  • Deterministic Performance: AI ensures low latency, “0” packet loss, and hitless protection switching, eliminating uncertainties caused by congestion and failures.
  • Autonomous Operations: The application of AI enables real-time risk detection, automatic troubleshooting, and proactive network health checks.

 Bob Chen, President of Huawei Optical Business Product Line

 Bob Chen, President of Huawei Optical Business Product Line

 

AI WAN: Leading IP Networks into the Intelligent Era 

Meanwhile, Leon Wang, President of Huawei Data Communication Product Line, presented the company’s new AI WAN solution, which is designed to empower IP networks in the Net5.5G era using AI. During his keynote, Leon Wang highlighted the solution’s three-layer architecture, comprising AI routers, AI new connections, and AI new brain, which enhances network performance and intelligence through millisecond-level flow sampling, high-accuracy flow awareness, and efficient security protection engines.

AI new connections enable flow-level scheduling to meet the diverse network requirements of various applications, allowing carriers to offer a wider array of value-added services.

Leon Wang explained that AI WAN’s predictive traffic management helped MTN South Africa reduce congestion at 10% of its 7,000 base stations, resulting in a 25% increase in data usage (DOU) in KwaZulu-Natal and traffic grew by 15.4%. In home services, Carrier CTM partnered with Huawei to optimize network services using an AI computing engine. This resulted in a dramatic reduction in game latency and hence a significant improvement on customer experience. For enterprise security, AI WAN’s intelligent flash defense detected attack flows, enabling carriers to offer high-value security services with a projected 35% revenue increase.

 Leon Wang, President of Huawei Data Communication Product Line

Leon Wang, President of Huawei Data Communication Product Line

 

AI-Ready Data Infrastructure Accelerates Telco-to-Techco Transformation 

In his keynote, Peter Zhou, President of Huawei Data Storage Product Line, highlighted the growing importance of data in the AI era, as AI agents are set to leverage massive amounts of data to transform consumer, home, and business experiences.

By 2030, Peter Zhou predicts that each individual will generate TB-scale data, powering 10 billion AI agents, while each family will produce PB-scale data for 1.8 billion AI housekeepers, and enterprises will manage EB-scale data, driving 2.8 billion AI applications. To support this, Huawei introduced AI-Ready data storage, featuring a data lake, diverse data services, and a FlashEver business model. Their AI-driven storage innovations include OceanStor Dorado, which enables seamless AI and cloud-native applications; the OceanStor A Series storage, which reduces GPU wait time by 30% and cuts inference costs by 40%; and the OceanStor Pacific, which doubles storage capacity while cutting power consumption by 40%.

Peter Zhou added that Huawei’s security and business continuity solutions can reduce TCO by 30%, recover 1 TB of data in 20 seconds, and offer flexible AI storage models like FlashEver, a pay-as-you-go model with 10-year investment protection.

As the backbone for ICT infrastructure construction, carriers need to fully embrace AI to provide competitive services and boost the digital economy.

 Peter Zhou, President of Huawei Data Storage Product Line

Peter Zhou, President of Huawei Data Storage Product Line

 

Huawei ICT Services and Software Enable Digital Intelligence Acceleration

In his keynote, Bruce Xun, President of Huawei Global Technical Service, showcased a series of innovative digital intelligence solutions to address the key challenges in the industry’s digital transformation journey.

Huawei established the equipment Center Office (CO) modernization solution, Intelligent Operations solution for MBB cross-domain service keepalive, Mobile Network NPS Improvement solution, Differentiated Service Experience Monetization and Assurance solution, and enhanced Mobile Money solution.

He emphasized focusing on high-value business scenarios, such as streamlining network, data, and AI capabilities along the value stream, and quickly integrating Copilot, AI Agent, and DTN into the operation process for efficient human-machine collaboration and value realization, ultimately creating tangible business value and accelerating digital intelligence.

 Bruce Xun, President of Huawei Global Technical Service

Bruce Xun, President of Huawei Global Technical Service

 

Accelerate Intelligence with Cloud, Leap from Telco to Techco

Bruno Zhang, Huawei Cloud CTO, discussed the comprehensive strategies required for telecom carriers to shift to technology companies, highlighting, “Carriers have clear expectations for the cloud.” In his keynote, Bruno Zhang outlined Huawei’s cloud offerings, including Huawei Cloud Stack and CloudDC to support this transformation.

The Huawei Cloud Stack has reduced TCO by 50% over 3 years, offering 120+ cloud services for seamless migration, while CloudDC provides 30+ Tier 3+ data centers with a 10x efficiency boost and AI-powered fault recovery within 15 minutes. In terms of AI-powered databases, GaussDB outperformed competitors, doubling performance, ensuring zero data loss, and auto-fixing 90% of faults.

A leap from data-centric to knowledge-centric has become a must. Data platforms in the AI era should extract knowledge and expertise from data, and more importantly, do it in an efficient way.

Huawei’s ‘AI for Industries’ initiative leverages its Pangu Models and ModelArts to help enterprises create industry-specific AI models, with over 400 AI applications successfully deployed across 30+ industries. To help carriers leverage their device-cloud synergy with multi-architecture compute and multi-OS devices, Huawei created Cloud Device, a family of products including KooPhone, KooDrive, and Cloud STB. These products deliver 60 ms latency and zero buffering.

Bruno Zhang highlighted that live streaming and AI have experienced remarkable growth, with streamers increasing by 10x and AI usage growing 20x over the past five years. While traditional networks face challenges, Huawei’s Cloud Media Edge enhances real-time streaming and drives ARPU growth. Finally, Bruno Zhang explained that carriers require ecosystem capability and operational expertise to expand their enterprise business, and Huawei Cloud offers two solutions to support this. KooGallery provides carriers with easy access to tens of thousands of enterprise applications via standard APIs, while Cloud on Cloud offers comprehensive cloud operation capabilities.

 Bruno Zhang, Huawei Cloud CTO

Bruno Zhang, Huawei Cloud CTO

 

AI Empowering Operators Accelerated Transition Towards Energy Prosumers

Recognizing the significant role of technological innovation in the intelligent era, He Bo, President of Huawei Data Center Facility & Critical Power Product Line, highlighted the challenges of rising energy consumption, emissions, and infrastructure reliability. In his keynote, Bo noted that AI-driven energy solutions are transforming operators into Energy Prosumers 2.0.

He Bo introduced the Single SitePower infrastructure and AI-driven DC infrastructure to address these concerns. These solutions integrate energy and information flows and enhance resilience, efficiency, and sustainability. He also highlighted Huawei’s Virtual Power Plants (VPP), AI-driven PV+ battery systems (which increase energy yield by 20% and reduce cabling by 80%), and the Arc-Fault Circuit Interrupter (AFCI), which can extinguish arcs in 2.5 seconds, improving safety.

We believe that Huawei’s Single SitePower infrastructure and AI-driven DC infrastructure can create a more resilient, reliable, and greener ICT energy base. This will empower operators to transition to Energy Prosumers 2.0 and succeed in the new era of carbon neutrality and intelligence.

Meanwhile, Huawei’s modular designs and advanced cooling systems for data centers are addressing reliability, uncertainty, delivery, and high power demands. Huawei’s series of innovations aims to establish a greener energy foundation for the ICT industry, driving operators to thrive while accelerating carbon neutrality goals.

 He Bo, President of Huawei Data Center Facility & Critical Power Product Line

He Bo, President of Huawei Data Center Facility & Critical Power Product Line

Through these comprehensive product and solution offerings, Huawei is demonstrating its commitment to driving innovation and establishing an intelligent and sustainable digital ecosystem, ultimately advancing the telecommunications industry.

 

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Combating Deepfake Disruption in Asia

Deepfakes emerged from the development of deep learning techniques, particularly generative adversarial networks (GANs), in the mid-2010s. Originally, the technology was used for harmless entertainment, such as replacing actors in film scenes. But over time, deepfakes have begun to pose real threats—from spreading political propaganda and scamming businesses to violating personal privacy.

In Asia, these risks are amplified by diverse linguistic landscapes, complex political environments, and a high penetration of mobile and digital services. According to Grand View Research, the global deepfake AI market size was estimated to be worth USD 562.8 million in 2023 and is projected to grow at a compound annual growth rate (CAGR) of 41.5% from 2024 to 2030.

In the region, more than 2.8 billion people are connected to the internet. This massive digital audience offers both a ripe target and a potential shield, depending on how countries and telecoms respond.

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From Infrastructure to Guardianship

Telecommunication operators across Asia are no longer just internet providers; they’re digital gatekeepers. With their access to user data flow and infrastructure control, telcos are uniquely positioned to play a significant role in countering deepfakes.

In Singapore, Singtel has launched an AI cloud service to democratize artificial intelligence (AI) for enterprises and the public sector. As part of this effort, it signed a memorandum of understanding (MoU) with Hive, whose enterprise-grade models specialize in detecting deepfakes, generative AI (GenAI) content, and other harmful media. Leveraging NVIDIA chips and Singtel’s AI infrastructure, Hive provides clients with access to state-of-the-art detection tools suited for sensitive data environments.

In 2024, HONOR unveiled a real-time deepfake detection system at Mobile World Congress Shanghai, which is embedded in its smartphones and can identify manipulation during video calls. Moreover, Aletheia, a browser plug-in and endpoint software, can detect deepfakes by analyzing pixels and audio frequencies with up to 90% accuracy. Singapore’s ST Engineering developed Einstein.AI, which flags facial and audio anomalies in media content to protect public trust, especially ahead of elections.

Recognizing the increasing prevalence of online scams, cyberbullying, and misinformation in the digital space, CelcomDigi is taking a proactive approach to ensure content authenticity. As part of its broader initiative to promote online safety, the company hosted two exclusive Online Safety and Anti-Scam Masterclasses to empower content creators, social media influencers, and radio presenters to become advocates for digital safety. CelcomDigi’s Head of Sustainability, Philip Ling, explained:

Content creators and social media influencers, with their far-reaching platforms and wide followings, hold the power to shape how their audiences use the internet and stay safe online.

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Regional Cooperation and AI Alignment

The future of deepfake defense in Asia lies in collaboration. As the World Economic Forum points out, combating deepfakes requires a “whole-of-society” approach, involving governments, private companies, academia, and civil society.

Proposed regional strategies to combat deepfake disruptions in Asia include the introduction of the Expanded ASEAN Guide on AI Governance and Ethics – Generative AI, which illustrates its policy recommendations through four detailed use cases highlighting public and private institutions in the region that are implementing responsible AI practices. These include PhoGPT and VinAI in Vietnam, which focus on ethical generative AI development; Accenture’s Responsible AI Internal Programme, applied across ASEAN; Singapore’s Project Moonshot, led by the AI Verify Foundation to build trustworthy AI frameworks; and Thailand’s ThaiLLM, a collaborative effort by BDI, NSTDA, VISTEC, and other partners to develop large language models (LLMs) under ethical guidelines.

In 2024, the International Telecommunications Union’s (ITU) ‘AI for Good Global Summit’ brought together technology and media companies, artists, international organizations, standardization bodies, and academia, to discuss the security risks and challenges of deepfakes and generative artificial intelligence (AI). ITU experts predict that 90% of online content will be AI-generated in 2025; hence, they identified that the focus has shifted to developing technical standards for watermarking and verifying content authenticity. These efforts aim to distinguish between human-generated, AI-generated, and hybrid content, providing a reliable framework for content validation and helping combat misinformation in an increasingly synthetic digital environment.

In 2025, the Philippine government launched the Asia-Pacific Deepfake Task Force and rolled out an artificial intelligence-powered detection tool to combat disinformation and potential election fraud in light of the upcoming May elections. According to Cybercrime Investigation and Coordinating Center (CICC) Undersecretary, Alex Ramos, this initiative is part of a broader strategy to empower citizens against the escalating threat posed by deepfakes.

“This tool will be distributed to accredited institutions, including election watchdogs like the Parish Pastoral Council for Responsible Voting (PPCRV), universities, and fact-checking groups,” Ramos explained. “During community gatherings, if someone reports suspicious content, it can be analyzed quickly using this tool.”

Before misinformation can gain traction, we can swiftly determine if it’s a deepfake.

Deepfakes: Insidious Yet Intelligent

Deepfakes can be considered both insidious and intelligent; it’s a technological feat with the potential to harm or help, depending on its application. Hence, APAC-based telcos, governments, and stakeholders are collectively adopting a unified approach to address the challenges posed by synthetic media in the region.

In Asia, where digital growth is outpacing regulation, the challenge is formidable; however, through forward-looking legislation, public-private partnerships, and telecom-driven innovation, the region is forging a resilient path forward.

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NBCC, RailTel Partner to Develop Data Centers

The National Buildings Construction Corporation (NBCC), a state-owned company, has signed an initial agreement with RailTel Corporation of India Ltd. (RailTel) to work together on data center projects.

In a regulatory filing, NBCC announced that they have signed a strategic Memorandum of Understanding (MoU) with RailTel to develop data center projects in India and overseas for the next five years.

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The MoU was signed in the presence of Sanjai Kumar, CMD of RailTel; K.P. Mahadevaswamy, CMD of NBCC; Raj Kumar Chaudhary, CMD of NHPC Ltd.; Dr. Devesh Tyagi, CEO of NIXI; Sanjay Kumar Tyagi, IPS, Addl. CP Delhi; Rajeev Ranjan, Retd., IAS, TN; and senior officials from their organizations.

Under this agreement, NBCC will provide project management consultancy services for constructing data center buildings and related infrastructure, while RailTel will handle planning; designing; supply, installation, testing, commissioning (SITC); and operations and maintenance (O&M) for IT-related infrastructure for data centers.

This includes computing hardware, security systems, network systems, disaster recovery planning, and more. NBCC will offer project management services for constructing data center buildings and related civil and passive infrastructure. This involves contract management, construction supervision, cost control, quality assurance, and project handover activities.

This collaboration aims to combine the strengths of both organizations, allowing them to enhance their capabilities and improve client acquisition and service delivery efficiency in the long run.

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India’s Multiplay Service Market Set to Hit USD 3 Billion by 2029

India’s multiplay service revenue is poised to grow steadily, reaching USD 3 billion by 2029, reflecting an increase from the USD 2.4 billion recorded in 2024.

The projected compound annual growth rate (CAGR) of 4.2% is driven by the increasing number of households subscribing to bundled telecom services.

2024 Comparison: India’s Multiplay Service Revenue Poised for 4.5% CAGR Growth from 2023 to 2028

The expansion of fiber-optic infrastructure across the country is playing a key role, as improved access to high-speed broadband is encouraging more consumers to shift to multiplay packages that combine services like broadband, telephony, TV, and over-the-top (OTT) content. These packages often come with cost-saving benefits.

GlobalData’s report indicated that, in 2024, doubleplay bundles—typically combining broadband and telephony—dominated the market, representing 78.4% of all multiplay households. Tripleplay and quadplay services followed with 12.2% and 9.4% shares, respectively.

Despite its dominance, the share of doubleplay services is expected to decline slightly over time, as more consumers adopt tripleplay and quadplay options. Tripleplay services are forecast to grow at a faster pace, with a projected CAGR of 16.6%, as users integrate pay-TV with internet and telephony.

To accelerate adoption, operators are offering incentives such as discounted packages and free access to popular OTT platforms.

Reliance Jio led the multiplay market in household subscriptions in 2024. Reliance Jio’s stronghold is attributed to its extensive fiber network and a large broadband customer base, enabling rapid expansion into bundled offerings.

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China Telecom, HKUST Partner to Advance AI, Quantum Innovation

China Telecom and the Hong Kong University of Science and Technology (HKUST) recently signed a strategic cooperation agreement to enhance collaboration between the industry, academia, and research. This partnership includes the establishment of an Artificial Intelligence Innovation Laboratory and a Quantum Innovation Joint Laboratory, as well as a Joint Talent Development Program.

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The goal is to drive technological advancements, research commercialization, and talent development. The signing ceremony was attended by Mr. Ke Ruiwen, Chairman and CEO of China Telecom, and Prof. Nancy Ip, President of HKUST. The agreement was signed by Ms. Liu Ying, Executive Vice President of China Telecom, and Prof. Kar Yan Tam, Vice-President for Administration and Business of HKUST.

HKUST is known for its research and innovation excellence, particularly in artificial intelligence (AI). China Telecom is a global leader in intelligent information services. Together, they aim to establish an innovation ecosystem through joint management, laboratories, and talent programs. The collaboration will focus on AI research, quantum computing, and talent development to drive innovation in the Greater Bay Area.

Prof. Nancy Ip, stated, “This collaboration seamlessly integrates HKUST’s research expertise with China Telecom’s industrial strengths. We will jointly address key national scientific challenges, drive industrial technology innovation, establish a robust talent development framework, and accelerate the transformation of technological advancements. Together, we can make a greater contribution to both Hong Kong and the nation.”

Mr. Ke Ruiwen, added, “China Telecom is committed to leveraging joint laboratories and talent programs in collaboration with HKUST to cultivate core competencies in strategic emerging fields. Together, we aim to accelerate the growth of new productive forces and contribute the strength of a leading central enterprise to the development of a digital China and the Guangdong-Hong Kong-Macao Greater Bay Area.”

This partnership between China Telecom and HKUST sets a new standard for industry-academia-research collaborations in AI and quantum technology, benefiting smart city development in Hong Kong and various industries.

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Globe Telecom Expands Partnership with Netcracker

Globe Telecom (Globe) has partnered with Netcracker Technology (Netcracker) to enhance its operational efficiency through advanced service and network automation and improve network performance and seamless digital experiences for its customers.

Under the agreement, Netcracker will support key operational areas, including order fulfillment, fallout management, service quality, proactive monitoring, and performance management. These services are expected to accelerate Globe’s strategic goals, particularly the expansion of its broadband business.  Globe will also benefit from faster issue resolution and more efficient order processing.

Dennis Abella, Vice President and Head of Network Digitalization at Globe Telecom, noted that in today’s highly competitive and fast-changing enterprise landscape, partnering with the right technology provider is essential. He emphasized that Netcracker has played a key role in advancing Globe’s operations support systems (OSS) transformation by boosting performance, reducing support costs, and enhancing customer experience (CX), strengthening core operations and supporting scalable growth across other business segments.

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“Through this collaboration, we have significantly improved our fulfillment process KPIs, reinforcing our commitment to broadband growth and delivering superior service to our customers,” Abella continued.

“We are extremely excited to continue our journey with Globe as they undertake this critical step to boost business efficiency and deliver more value to customers,” said Yaniv Zilberman, VP Strategic Accounts at Netcracker. “This is also an important milestone for us with the Singtel Group as we continue expanding our solutions with its affiliate companies.”

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The Digital Toll: Why the World is Taxing Tech Titans

In the shadowy realm where cloud servers hum and algorithms rule, tech giants have long sparred with national tax authorities; now, a reckoning is underway. From the boulevards of Paris to the corridors of Westminster, governments are erecting fiscal guardrails to ensure Silicon Valley, and its digital offspring worldwide, pays its dues.  

This quest for equitable taxation has led to a mosaic of national policies, international negotiations, and, at times, trade tensions. But why is the world taxing tech titans?

Governments around the world are taxing tech titans to ensure fairer contributions from companies that generate massive profits using local users and data but often pay little or no tax in those countries. Traditional tax systems haven’t kept up with the digital economy, allowing tech giants to shift and report their profits in low-tax havens. This shift also reflects growing concerns about the influence of big tech and the need for governments to reclaim economic and regulatory control.

Global Ripples and Retaliations

The global landscape of digital taxation is rapidly evolving, sparking tensions that reach far beyond fiscal borders. In April 2025, President Donald Trump’s announcement of sweeping tariffs on global imports sent shockwaves through international trade, impacting both allies and adversaries. European leaders, including French President Emmanuel Macron, condemned these tariffs as “brutal and unfounded,” signaling the possibility of countermeasures, such as suspending investments and implementing new digital taxes for U.S. tech giants.  

This was particularly evident as President Trump’s February 2025 memorandum targeted foreign digital services taxes (DSTs), with a particular focus on the EU, whilst also hinting at potential retaliation against other countries as part of his “reciprocal trade” policy. The memorandum called for expanded investigations and actions against discriminatory DSTs and regulatory barriers, which could spark further tensions with nations implementing digital taxes.

These developments highlighted the deepening connection between digital taxation policies and broader trade dynamics. As countries like the UK, India, and Australia introduced their digital taxes, the consequences rippled across multinational agreements, igniting a fierce debate about fairness, sovereignty, and the future of global commerce in an increasingly digital world. With the Trump administration rejecting multilateral approaches like the Organization for Economic Co-operation and Development’s (OECD) Pillar One, which sought to redistribute profits and curb DSTs, the growing divide between unilateral and cooperative tax strategies could reshape the future of global trade and taxation.

France: The Rebel with a Tax Code

Amid these rising tensions, France has taken the lead in confronting big tech with a digital tax aimed squarely at the likes of Google, Amazon, and Facebook. In 2019, the French government introduced a 3% DST on revenues generated within French borders by tech companies with global revenues exceeding EUR 750 million and at least EUR 25 million in French earnings. This move served as a fiscal policy and a clear statement of intent. France sought to zero in on the tech giants profiting heavily within its borders while paying little to no taxes, exploiting loopholes in international tax regulations. By focusing on revenues earned within France, the tax aimed to ensure that profits were taxed where value was created, not where companies strategically recorded their earnings. 

Although France set a precedent that resonated across Europe and the world, the move was met with fierce resistance from the United States, which saw the tax as an affront to American companies. The French move also catalyzed other European Union (EU) members to explore similar measures, pushing the debate on digital taxation into the international spotlight.

The idea of a global framework to regulate digital taxes gained traction. However, it remained a complex and contentious issue, with multiple countries attempting to balance the need for innovation with the imperative of fair taxation.

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Britain’s Digital Balancing Act

Across the Channel, the UK charted a similar course by introducing its own 2% DST in 2020, targeting revenues from search engines, social media services, and online marketplaces profiting from substantial UK user bases. The UK government positioned the tax as a temporary measure to ensure tech giants contributed to the economy while awaiting an international solution. However, the move faced significant backlash, especially from the United States, which warned that unilateral digital taxes could trigger global trade disruptions and retaliatory actions.

In 2025, the UK is under renewed pressure following the Trump administration’s reintroduction of tariffs, including potential reprisals against the UK’s DST. This escalation has pushed the UK to seek new economic agreements to protect its industries from digital trade repercussions. The situation underscores the challenge of balancing domestic tax measures with global trade diplomacy as the UK navigates the digital tax debate.

Europe’s Quiet Enforcers  

In recent years, Italy, Austria, and Spain have joined the growing movement across Europe to implement DSTs targeting global tech giants.

Austria introduced a 5% tax on digital advertising revenue in 2020, explicitly targeting tech giants benefiting from Austrian platforms. Italy implemented a 3% DST in 2020, targeting companies with over EUR 750 million in global revenue, including digital advertising and online sales. Similarly, Spain introduced a 3% DST in 2021, focusing on online advertising and intermediation services. This tax targeted companies like Google, Facebook, and Amazon, aiming to generate up to EUR 1 billion annually. 

In 2025, Italy significantly expanded its DST by removing the EUR 5.5 million annual revenue threshold for digital services. This change means that any company with global yearly revenue exceeding EUR 750 million is now subject to the DST if it generates revenue from qualifying digital services in Italy. The tax rate remains at 3% for revenue from digital advertising, intermediation services, and data transmission. 

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A Global Chorus

Europe is not alone in its efforts to regulate big tech through digital services taxes. Countries like India, Canada, and Australia have also taken steps to reclaim lost tax revenue, creating a global chorus of nations attempting to level the playing field for digital taxation.

Africa

Across Africa, countries are increasingly implementing digital tax initiatives to capture a fair share of value from global tech giants operating within their borders.

South Africa, while not imposing a DST, has been tightening VAT collection on e-services since 2014 and expanded it in 2019 to cover more foreign suppliers. Kenya pioneered the charge in 2021 with a 1.5% DST targeting streaming platforms, ride-hailing apps, and e-commerce. However, under international pressure, Kenya replaced the DST in 2024 with a significant economic presence (SEP) tax, aligning with the OECD’s Pillar One framework by taxing 30% of deemed profits from digital services. Nigeria implemented a 6% tax on non-resident digital service providers in 2022, requiring companies with significant economic presence to register and remit VAT. Uganda and Tanzania have experimented with taxing social media use and digital platforms, though such policies have sparked public backlash.

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Asia Pacific

In 2025, the Asia Pacific continues to assert its influence in the evolving global digital tax landscape with several key policy shifts. India, a frontrunner in taxing the digital economy, made a notable move by abolishing its 6% equalization levy on digital advertising services provided by non-resident companies, effective April 1. This followed an earlier decision in August 2024 to repeal the 2% levy on e-commerce supplies and services by foreign firms. Both measures were part of India’s broader strategy to align with international tax norms and ease mounting trade tensions, particularly with the United States, which had raised concerns over the perceived discriminatory nature of the levies.

Meanwhile, the Philippines took a decisive step by implementing a 12% value-added tax on digital services offered by foreign tech companies, including streaming platforms and online search engines. The law was passed in late 2024 and enacted in 2025, with the government projecting significant revenue gains over the next five years. The goal was to create a level playing field between domestic providers and global digital platforms, ensuring fair taxation of digital transactions.

In December 2024, Australia unveiled a digital services tax targeting tech giants such as Meta, Google, and TikTok, set to begin in 2025. The levy applies to companies earning over AUD 250 million locally.

Malaysia also entered the digital tax spotlight in 2025, though under different pressures. After the United States imposed a 24% reciprocal tariff on Malaysian goods, the Federation of Malaysian Manufacturers (FMM) urged the government to delay introducing additional tax burdens—particularly the expansion of the sales and services tax (SST) and the rollout of DTS.

China has prioritized supporting its domestic digital economy through tax incentives and modernization efforts, rather than imposing digital services taxes (DSTs) on foreign tech companies, likely to avoid escalating tensions with the United States and to prevent broader trade conflicts. The government has implemented significant tax cuts and fee reductions to encourage technological innovation and high-end manufacturing, totaling approximately CNY 2.63 trillion yuan (USD 361 billion) in 2024 alone. Additionally, China has introduced policies such as a 10% corporate income tax deduction for investments in digital and intelligent transformation of equipment between 2024 and 2027.

Canada

Canada’s DST, which came into force in mid-2024, is already shaping its domestic tax policies, and the first payments are expected by June 30, 2025. This tax targets large foreign digital companies generating significant revenues in Canada, with global revenues exceeding EUR 750 million and Canadian revenues surpassing CAD 20 million. The implementation of the DST in Canada, coupled with its retroactive application to 2022 revenues, has raised tensions with the United States, which views the tax as discriminatory against U.S. tech giants.

In response, the U.S. Trade Representative initiated trade dispute consultations in August 2024, arguing that Canada’s DST violates international trade agreements. This ongoing dispute culminated in February 2025 when President Donald Trump announced plans to impose retaliatory tariffs on Canada and France, which have implemented similar taxes targeting foreign digital firms. The decision to move forward with tariffs highlights the growing friction between the U.S. and other nations over digital taxation.

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Can Global Coordination on Digital Taxation Be Achieved?

The digital tax landscape is entering a crucial phase in 2025. With many countries moving toward unilateral digital taxes, the global tax system is in flux. Tensions are rising, especially as the OECD’s Pillar One and Pillar Two frameworks face delays and complications.

Pillar One seeks to shift taxing rights to countries where digital companies create value through their users, even without a physical presence. This could allow countries like India and France to claim a share of tax revenue from companies like Google or Meta. Pillar Two, meanwhile, introduces a 15% global minimum tax on multinational corporations, aiming to end the “race to the bottom” on tax rates.

Although over 140 countries initially agreed to these principles, the timeline for implementation is now uncertain. National priorities and legal hurdles have slowed progress, with countries like France and India moving forward with their digital taxes, risking trade conflicts.

The return of Donald Trump to the U.S. presidency in 2025 has further complicated matters. The U.S., home to most major tech firms, has threatened retaliatory tariffs against countries imposing DSTs. Meanwhile, in a letter from February, U.S. congressional Republicans criticized Pillar One, which reallocates taxing rights over multinational enterprises, arguing it disproportionately affects U.S. companies, and Pillar Two’s global minimum tax, which they determined undermines U.S. tax incentives.

Despite these challenges, the OECD’s plan remains the most comprehensive attempt at global coordination on digital taxation. How countries navigate these issues in 2025 will shape the future of international tax reform.

The Verdict

As the year unfolds, the debate over digital taxation has reached a fever pitch, with countries fiercely divided. While some push for reforms to curb corporate dominance and ensure a fairer tax system, others fear the potential economic fallout.

This shift has been especially pronounced in Europe and parts of Asia, where governments are aiming to level the playing field between local businesses and dominant international technology companies. However, the U.S. government has viewed many DSTs as discriminatory against American companies and, under both the Trump and Biden administrations, has threatened retaliatory tariffs, which are now coming to fruition.

As more countries push forward with their own rules—whether to assert digital sovereignty, raise internal revenue, or challenge the dominance of big tech—a fragmented global tax environment remains. One thing, however, is clear: the era of low-tax digital empires is nearing its end.

CelcomDigi Advances AI-Powered Autonomous Network Operations

CelcomDigi and Ericsson have signed a Memorandum of Understanding (MoU) to work together on improving autonomous network (AN) operations in Malaysia.

To tackle the growing complexity of networks brought about by increased 5G adoption, CelcomDigi and Ericsson will develop advanced autonomous networks powered by artificial intelligence (AI) and automation to deliver high-quality connectivity services.

This partnership will focus on several key areas, including using AI-driven automation to enhance network efficiency and performance, ensuring reliable and high-performing 5G services for both businesses and consumers, and improving customer experience (CX) through autonomous solutions that boost service quality and operational efficiency.

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Ericsson will contribute its global expertise and its cutting-edge AI Intent-Based Operations (IBO) technology to accelerate the development of these autonomous network capabilities. The integration of AI-powered autonomy will support CelcomDigi’s efforts in network integration and modernization, enabling the creation of a leading digital network in Malaysia that delivers exceptional experiences to both enterprises and consumers.

CelcomDigi’s CEO, Datuk Idham Nawawi, stated, “As Malaysia’s 5G adoption grows, it’s crucial for us to enhance our network capabilities to handle the increasing complexity while delivering excellent customer experiences. Through our partnership with Ericsson, we are moving towards intent-based autonomous networks, using AI and automation to revolutionize network operations, enhance performance, and promote sustainability.”

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David Hägerbro, President and CEO of Ericsson Malaysia, Sri Lanka, and Bangladesh, commented, “This collaboration with CelcomDigi marks a significant step in Malaysia’s digital transformation. We are excited about the potential of AI technologies in autonomous network operations to improve efficiency and customer experience. The MoU aims to enhance operational efficiency, improve service quality, and elevate user experiences. Our dedication to Malaysia remains strong, and through these partnerships, we aim to help CelcomDigi stay at the forefront of digital innovation.”

This partnership demonstrates CelcomDigi’s commitment to driving innovation through collaborations to support Malaysia’s transition to a 5G-AI-powered digital economy. By leading the way in autonomous network operations, CelcomDigi and Ericsson aim to establish new standards in network efficiency, service differentiation, and customer satisfaction.

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SK Telecom Launches AI Phishing Detection Service

SK Telecom has announced the launch of a new artificial intelligence (AI)-powered anomaly detection service to fight voice phishing by combining telecommunications and financial data.

This service has already been implemented at the Industrial Bank of Korea (IBK) and SKT’s AI assistant platform, A. The system, powered by SK Telecom’s cybersecurity engine, ScamVanguard, analyzes user communications and financial activity in real time to identify phishing risks and block suspicious transfers and withdrawals before they happen.

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SK Telecom has improved ScamVanguard to better detect bait messages and phishing attempts in text and chat. The system also uses AI to identify suspicious patterns such as fraudulent logins or the use of stolen personal information. This AI security solution has received global recognition, winning awards in cybersecurity and mobile services.

SK Telecom has integrated the anomaly detection engine into IBK’s fraud monitoring platform, SurPASS, to enhance consumer protection. During a trial phase, IBK reported that the system prevented 26 phishing attempts, saving an estimated USD 445,000 in potential financial losses. SKT has also incorporated the solution into its A. phone service, issuing warnings for around 190,000 calls from suspected phishing numbers in the past month.

To address privacy concerns, SK Telecom conducted a pre-assessment with South Korea’s Personal Information Protection Commission and implemented strict data protection measures before launching the service. This move demonstrates SK Telecom’s commitment to using advanced AI tools to enhance digital security and safeguard consumers from cyber threats.

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HKT, Hactl Unveil Hong Kong’s First 5G-Enabled Air Cargo Terminal

HKT and Hong Kong Air Cargo Terminals Limited (Hactl) have partnered to launch Hong Kong’s first air cargo terminal powered by a 5G private network, enhancing automation and boosting global logistics efficiency. This move strengthens Hong Kong’s position as a leading international aviation and logistics hub.

In 2024, Hactl handled over 40% of the 4.9 million tons of cargo passing through Hong Kong International Airport, the world’s busiest international cargo hub. The new 5G private network will transform air cargo terminal operations at Hactl into a smart, interconnected system, laying the groundwork for the adoption of cutting-edge technologies that will drive future productivity.

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Advanced Logistics Efficiency

The network will improve operational efficiency through the following advancements:

  • Autonomous Electric Tractor (AET) Operations: The 5G network will allow AETs to transport cargo with real-time coordination, adjusting dynamically to traffic and safety protocols, reducing the need for human intervention.
  • Enhanced Security with Patrol Robots: Artificial intelligence (AI)-powered security robots, connected via the 5G network, will patrol cargo areas, transmitting live footage to Hactl’s Security Control Centre for real-time surveillance and immediate threat detection.
  • Smart Warehouse Automation: Hactl’s 5G-enabled Smart Cargo Locating system will optimize warehouse operations with real-time cargo tracking. Smart Forklifts will communicate with each other and the central system to improve workflow and reduce manual errors.

Steve Ng, Managing Director of Commercial Group, HKT, said, “HKT is committed to leveraging our private 5G network solutions to facilitate air cargo terminal operators to achieve real-time automation, AI-driven logistics and enhanced security. Our collaboration with Hactl represents a major step towards next-generation air cargo logistics, reinforcing Hong Kong’s position as a global leader in smart cargo operations.”

Improved automation features will give Hactl staff greater visibility and control over logistics operations, leading to enhanced efficiency. Planned upgrades include smart handheld terminals, wearable devices, and Internet of Things (IoT)-connected smart sensors.

Wilson Kwong, Chief Executive of Hactl, added, “Hactl’s success to date is firmly based on its enthusiastic adoption of the very latest technologies throughout its business. This new private 5G installation is our latest initiative, building the essential foundation to support our future use of robotics, autonomous vehicles (AVs), and digitalization of processes throughout our SuperTerminal 1 facility.”

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AIS Emergency Alert System Clears Key Tests

AIS has affirmed the readiness of its network and ongoing advancements in testing the Cell Broadcast emergency alert system for both Android and iOS devices connected to its network.

The trials, conducted within the company’s operations center, have been successfully completed. While the Android system has been fully tested, the iOS version is in its final stage of preparation and is expected to be finalized shortly.

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The Department of Disaster Prevention and Mitigation (DDPM), led by Director-General Mr. Phasakorn Boonyalak, has been closely involved in the testing efforts at the network operations center (NOC).

The tests successfully met all set objectives, demonstrating the system’s capability to effectively integrate with the national emergency alert infrastructure. The initiative is being conducted in collaboration with the DDPM under the Ministry of Interior, along with support from the National Broadcasting and Telecommunications Commission (NBTC).

U Mobile, EdgePoint Accelerate 5G In-Building Rollout

U Mobile has partnered with EdgePoint Infrastructure Sdn Bhd (EdgePoint), an independent telecommunications infrastructure company in ASEAN, to accelerate the deployment of 5G in-building infrastructure across Malaysia.

Both U Mobile and EdgePoint will work together to deploy 5G in-building solutions tailored to each site, improving network performance and user experience (UX). The goal is to quickly and cost-effectively roll out 5G technology to ensure seamless connectivity and coverage in key locations for consumers and businesses. The partnership will also focus on enhancing connectivity to achieve faster data speeds, lower latency, and broader integration of advanced technologies like artificial intelligence (AI), smart cities, and autonomous systems. Both companies will explore opportunities for future expansion and innovation in 5G in-building solutions.

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U Mobile’s Chief Technology Officer, Woon Ooi Yuen, said, “U Mobile is delighted to have EdgePoint as one of our preferred in-building coverage (IBC) infrastructure partners for our upcoming nationwide 5G rollout. As Malaysia’s next-gen 5G network provider, we are committed to delivering high-quality, reliable, and ultra-fast 5G services to consumers and businesses, be it indoor or outdoor, especially in high-traffic areas and commercial centers, so that all Malaysians may thrive in a digital economy. Our partnership with EdgePoint also underscores our commitment to accelerate 5G adoption and innovation, by ensuring reliable connectivity that will support AI-driven automation, IoT-enabled buildings, and more.”

Meanwhile, EdgePoint Towers’s CEO, Muniff Kamaruddin, added, “Collaborating with U Mobile to accelerate the 5G rollout in Malaysia is the next natural step in our ongoing fruitful partnership. Over the years, we have consistently worked together to enhance connectivity across the country, and this new phase of collaboration allows us to take that effort to the next level.

“We are excited to continue strengthening our partnership with U Mobile and ensure seamless 5G connectivity not only throughout Peninsular Malaysia but also in East Malaysia. By leveraging our cutting-edge in-building coverage (IBC) solutions, we are committed to enhancing indoor connectivity, addressing the growing demand for high-quality, reliable networks in buildings. This collaboration will enable Malaysians to fully experience the transformative potential of 5G technology, ultimately driving economic growth, improving efficiency, and fostering innovation in both business and everyday life.”

The memorandum of understanding (MoU) was signed by U Mobile and EdgePoint representatives at U Mobile’s corporate office, marking the beginning of a new phase of collaboration to strengthen 5G connectivity in Malaysia.

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NTC Denies NOW Telecom’s Extension Bid

The National Telecommunications Commission (NTC) has rejected NOW Telecom Company Inc.’s (NOW Telecom) request to extend its permission to operate a nationwide mobile telecommunications system.

The NTC stated that NOW Telecom’s temporary authorization is no longer valid due to various issues such as failure to meet regulatory requirements, underutilization of spectrum, and unpaid regulatory fees amounting to over PHP 3.57 billion.

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The NTC emphasized that previous decisions, dated September 14, 2020, and December 4, 2020, are final and prevent the company from making the same claims again. NOW Telecom’s argument that it did not owe any outstanding supervision and regulation fees (SRF) and spectrum user fees (SUF) was dismissed by the NTC, citing Supreme Court rulings supporting the imposition of these fees.

As of December 31, 2024, NOW Telecom Company, Inc./ NEXT Mobile, Inc. still owe a total of PHP 3,578,211,841.22 in SRF, broken down into principal and penalties. The NTC also mentioned that the Supreme Court upheld NOW Telecom’s disqualification from receiving 3G frequency allocation.

Despite NOW Telecom’s claims, the company failed to pay the undisputed portion of its regulatory fees for 2022, 2023, and 2024. The NTC highlighted that NOW Telecom had agreed to conditions in its temporary authorization, stating that any violation of the set conditions would lead to the recall of assigned frequencies.

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AIS, Bank of Thailand Launch Initiative to Boost Cybersecurity

The Bank of Thailand (BOT) has teamed up with AIS, the country’s top digital network provider, to launch an initiative focused on strengthening public defenses against online scams and cyber threats.

The campaign aims to raise digital literacy and awareness of financial security to ensure safer online experiences and transactions.

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The initiative is backed by several key organizations, including the Cyber Crime Investigation Bureau (CCIB) and the National Cyber Security Agency (NCSA). Together, they are committed to building a secure and sustainable digital environment for all Thai citizens.

Chayawadee Chai-anant, Assistant Governor of the Corporate Relations Group at the Bank of Thailand, highlighted the initiative’s role in raising awareness and improving financial fraud literacy among the public.

Cybersecurity Awareness Content Educational materials on cybersecurity will be produced and shared via social media and online learning platforms, making it easier for the public to access information on safe digital practices and secure financial transactions.

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Moreover, the CU TU Cyberguard project seeks to leverage the youth to foster a safer digital society. It supports student groups from Chulalongkorn University’s Color Guard and Thammasat University in enhancing their digital and financial threat awareness. These students will act as ambassadors, spreading this knowledge to communities across Thailand, starting with a pilot program at Klongyaiwittayakom in Khlong Yai District, Trat Province.

Saichon Submakudom, Head of Public Relations and Business Relations AIS, said, “This collaboration with the Bank of Thailand marks another important step forward in strengthening digital wellness and financial literacy across the nation, while reinforcing our cybersecurity defense. We believe that the joint commitment between our two organizations will effectively align our efforts, achieve our shared goals, and ultimately help Thai people use digital technology safely, without falling victim to online fraud.”

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Masayuki Kayahara Promoted to SVP, Global Network Division, NEC

NEC Corporation has announced the promotion of Masayuki Kayahara to Senior Vice President of the Global Network Division, marking a new chapter in the company’s global network strategy and leadership.

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With over 25 years of experience at NEC, Kayahara has been a driving force behind the company’s global telecommunications initiatives. His career began in 1999, and over the decades, he has held numerous leadership positions that have shaped NEC’s global business development, particularly within the communications domain.

Most recently, Kayahara served as General Manager of the Service Provider Solutions Department within NEC’s 5G Business Division under the Telecom Services Business Unit. In this position, he was responsible for overseeing business and solution development for communication service provider (CSP) customers outside of Japan. His work involved leveraging NEC’s cutting-edge technologies—including wireless and optical communications, IP, and packet transmission—and forming strategic alliances with key global partners to bring holistic solutions to the global market.

Exclusive with Kayahara: What’s Ahead for Telecom and Advanced Technology?

Kayahara’s appointment to SVP reflects NEC’s commitment to further expanding its global network footprint. His experience across continents, particularly in Latin America, has equipped him with a strong understanding of the nuanced needs of regional markets. During his tenure in Brazil, Kayahara served as General Manager and Head of the Service Provider Business Unit at NEC Latin America. There, he led efforts to build a resilient business structure and improve support services for local and regional service providers—an achievement that continues to benefit NEC’s operations in the region.

Throughout his career, Kayahara has demonstrated an unwavering commitment to innovation, strategic partnership development, and delivering value to global CSPs. His expertise in 5G, optical and IP transport networks, and his proven leadership in building cross-border alliances have positioned him as a key asset at NEC.

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Thailand Boosts Cybersecurity with Google Cloud, NCSA Alliance

Safer Songkran, an initiative by Safer with Google, is collaborating with Thailand’s National Cyber Security Agency (NCSA) and Google Cloud to enhance the cybersecurity of Thailand’s digital landscape.

Safer Songkran aims to equip Thais with knowledge and tools to protect themselves from online scams and phishing.

This partnership will use artificial intelligence (AI) and intelligence-driven cyber defense to ensure public sector entities and citizens benefit from digital transformation while staying protected from cybercrime and malicious attacks.

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The collaboration between the NCSA and Google Cloud supports the efforts of the Royal Thai Government and Google to improve online safety for mobile users in Thailand. Google has also introduced an anti-scam feature within Google Play Protect, in partnership with the Ministry of Digital Economy and Society (MDES), which has blocked over 6.6 million high-risk app installations. Google has also disabled the option to turn off Play Protect’s app scanning feature during phone calls. These measures aim to prevent cybercriminals from deceiving users into downloading malicious apps.

Additionally, Google has enhanced mobile security measures to safeguard Thais against social engineering tactics used by cybercriminals. This collaboration follows a meeting in January 2025 between Prime Minister Paetongtarn Shinawatra, MDES, and NCSA executives, and Google Cloud’s Asia Pacific leadership to explore deeper cybersecurity collaboration. It builds on the ongoing partnership between the government and Google to strengthen Thailand’s digital competitiveness and accelerate AI innovation.

The NCSA plans to deploy Google Cloud Cybershield to centralize security monitoring at events across public sector entities, enhancing the capabilities and response of the Thailand Computer Emergency Response Team (ThaiCERT). The collaboration will also leverage threat intelligence sharing and incident response training to strengthen the cyber defense expertise within Thailand’s public sector.

In addition to national cyber defense, the collaboration aims to protect Thai citizens and residents from unsafe websites by integrating Google Cloud Web Risk into government workflows. This will provide real-time threat intelligence to identify and block malicious websites, enhancing online safety for individual users.

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Accelerating Gender Equity through Artificial Intelligence

The pursuit for gender equity has been a longstanding global challenge, marked by both progress and persistent obstacles.

Historically, women have faced systemic barriers in various sectors, including education, employment, and technology. The advent of artificial intelligence (AI) presents both opportunities and challenges in this realm. While AI has the potential to bridge gender gaps, it also risks perpetuating existing biases if not implemented thoughtfully.

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AI’s Potential to Bridge Gender Gaps

AI holds the potential to advance gender equity in various sectors. One of the most impactful applications of AI is in enhancing workplace inclusion. AI-driven recruitment and promotion processes can help mitigate unconscious biases, ensuring that hiring decisions are based on merit rather than gendered assumptions. By analyzing patterns in hiring data, AI can identify and rectify disparities, fostering a more inclusive work environment.

In the education sector, AI-powered platforms provide personalized learning experiences, making education more accessible to women globally. Adaptive learning technologies can cater to individual learning styles, breaking down barriers that have historically limited women’s access to quality education. This is particularly beneficial in regions where cultural or logistical constraints have hindered female participation in higher education.

AI is also revolutionizing female healthcare by improving diagnostic tools and enabling personalized treatments. Many health conditions affecting women, such as maternal health complications and reproductive diseases, have historically been under-researched. AI can analyze vast amounts of medical data to identify trends, predict health risks, and offer tailored treatment options, ensuring that women’s specific health needs are addressed more effectively.

Despite its potential, AI can reinforce and even exacerbate existing gender biases. A study by the Berkeley Haas Center for Equity, Gender, and Leadership analyzed 133 AI systems and found that approximately 44% exhibited gender bias. Such biases can manifest in several ways, from perpetuating stereotypes in language models to disadvantaging women in hiring and lending decisions.

For instance, AI-powered resume screening tools may prioritize male candidates if trained on historical hiring data that favors men. Similarly, biased algorithms in financial institutions could result in women receiving fewer loan approvals or higher interest rates.

Dr. Atsuko Okuda, Head of the ITU’s Regional Office for the Asia Pacific, noted that the gender digital divide is a real concern in the Asia Pacific, particularly for girls and young women.

To achieve inclusive and sustainable development we need collective and concerted efforts. A one-size-fits-all approach will have limited efficacy. We have several targeted interventions tailored specifically to achieve this goal.

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The Femme-Focused Impact of AI

As AI becomes increasingly integrated into society, it is shaping women’s experiences in both positive and negative ways. While AI-driven solutions are helping combat gender-based discrimination and violence, there are also growing concerns about its misuse.

The rise of digital communication has led to an increase in online harassment, disproportionately targeting women. In Pakistan, Nighat Dad founded the Digital Rights Foundation (DRF) in 2012 to address cyber harassment and online abuse. By 2016, DRF launched a cyber-harassment helpline, which has since handled over 16,000 complaints and provided pro bono legal assistance to victims. This initiative has been crucial in offering support to women facing digital threats, ensuring they have access to legal recourse and psychological help.

The misuse of AI-generated deepfake content has become a growing concern, particularly for women. In South Korea, cases of deepfake-related sex crimes have surged, with over 800 incidents investigated in the first nine months of 2024—a significant rise from just 156 cases in 2021. Many of these cases involve the non-consensual creation and distribution of explicit AI-generated images, which severely impact victims’ privacy and dignity. This alarming trend highlights the urgent need for stricter regulations, AI-driven detection tools, and stronger enforcement measures to protect women’s digital safety.

In the Philippines, women face unique digital safety challenges. The country’s low media literacy rate makes its citizens particularly vulnerable to online threats, including cyber harassment and digital violence. In an exclusive interview with Telecom Review Asia, KD Dizon, Head of Globe Business, expanded on this, noting that online safety should be top of mind, especially with Filipinos being such active mobile and internet users. She mentioned that using cybersecurity as a guardrail is critical.

My experience as a woman in tech has reinforced the importance of empathy, collaboration, and inclusive leadership.

Several initiatives demonstrate AI’s potential to tackle digital harassment holistically. Programs such as Troll Patrol, the Foundation for Media Alternatives (FMA), SafeHER, AymurAI, SOF.IA, and Tara use AI to monitor and counteract harmful online behaviors. These initiatives not only enhance content moderation but also empower individuals through awareness and digital safety education.

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Initiatives and Partnerships Promoting Gender-Responsive AI

Recognizing the challenges and opportunities AI presents, various organizations and institutions are working to ensure AI is developed and used in ways that promote gender equity.

To bridge the gender gap in AI leadership, UN Women launched the Asia-Pacific AI School in March 2025. The school aims to equip women with the skills and knowledge needed to actively participate in AI development and policy generation. By training female leaders on AI ethics, coding, and policy advocacy, the program aims to ensure that gender perspectives remain central to AI innovation, ultimately fostering more inclusive and fair technology.

In Singapore, the SG Her Empowerment (SHE) organization is actively addressing the intersection of AI and gender norms, recognizing both the potential and risks that AI poses in digital spaces. Founded in 2022, SHE is dedicated to empowering women and girls through community engagement, advocacy, and partnerships. A core focus of its efforts is tackling online harm, which has been exacerbated by AI-driven technologies. To support victims of online abuse, SHE established SHECARES@SCWO, the country’s first dedicated support center for victims that have experienced harm online.

As AI technologies evolve, their misuse has contributed to the amplification of misogyny and gendered disinformation in digital spaces. Moreover, AI-driven recommendation algorithms perpetuate gender biases by amplifying misogynistic content and normalizing harmful narratives. AI-powered social media bots have also been exploited to spread hate speech and incite cyberbullying at an unprecedented scale.

In response, Singapore has updated tits Online Safety Act and Online Criminal Harms Act. Although, as technology continues to evolve, more measures are needed to address the rapid emergence of AI-related threats. Recently, the government announced the establishment of an Online Safety Commission (OSC), signaling its commitment to tackling AI-driven online threats, including deepfakes.

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Ensuring AI Promotes Gender Equity

For AI to be a force of good in gender equity, it must be developed and implemented with intentional inclusivity and ethical considerations. Several key areas need to be addressed to ensure AI serves as a tool for progress rather than regression.

To prevent AI from perpetuating existing biases, it is essential to involve diverse voices in its development. Encouraging more women to enter AI-related fields, from data science to ethics and policymaking, will help create more representative and equitable AI systems.

In an exclusive interview with Telecom Review Asia, Vikram Sinha, President Director and Chief Executive Officer of Indosat Ooredoo Hutchison (Indosat), elaborated on this stance from a refreshing male perspective, especially in light of the company’s transition to an AI techco.

We will harness AI’s potential to drive the growth of secondary cities, enhance the digital economy in rural areas, empower micro, small, and medium enterprises (MSMEs), advance agricultural technology, and promote women’s empowerment, all contributing to inclusive economic growth and digital transformation.

Governments and international organizations must establish strong regulations to prevent AI from being misused in ways that harm women. This includes enforcing laws that target the creation and spread of non-consensual deepfake content, implementing transparency requirements for AI systems, and ensuring AI applications align with human rights standards.

Raising awareness about AI’s potential biases and educating the public on digital literacy are critical steps in ensuring AI is used responsibly. By empowering individuals with the knowledge to recognize and challenge AI-driven discrimination, society can foster a more balanced and fair technological landscape. AI education initiatives should highlight both the benefits and risks, equipping individuals—especially women—with the tools they need to navigate the AI-driven world effectively.

Through these measures, AI can move beyond its current limitations and become a powerful tool for accelerating gender equity in the digital age.

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Great feature!

du’s Innovation Enablers: Upending Telecom with AI and 5G

In an exclusive WinWin interview hosted by Telecom Review, du’s pioneering role in the telecom industry’s transformation was spotlighted. As a frontrunner in innovation, the company is harnessing the power of artificial intelligence (AI), 5G, and cutting-edge digital solutions to reshape the landscape.

Dr. Mahmoud Sherif, Head of Innovation and Technico Business Development at du, expanded on how these technologies are driving the company’s strategic direction and revolutionizing the telecom sector.

Adding a unique dimension to the conversation, WinWin, an AI agent, offered fresh perspectives on how the convergence of 5G-Advanced (5G-A) and AI creates new opportunities for telecom operators and industries worldwide.

Driving Innovation: Key Enablers at du

Dr. Sherif started the discussion by highlighting the five key enablers driving the company’s innovation efforts to meet its customers’ evolving needs.

He noted that the first enabler is 5G-Advanced, explaining that, “du is leading the region in deploying ultra-fast, low-latency networks that power applications like fixed wireless access (FWA). This technology supports smart homes, gaming, and enterprise solutions with unprecedented connectivity and reliability.”

The second enabler, according to Dr. Sherif, is AI Integration. “As we all have seen, AI is actually driving forward technology in our domain,” he noted. “AI drives du’s personalized product offering, enabling predictive solutions, dynamic product recommendations, and enhanced retention strategies. AI also powers gaming optimization, delivering lag-free, immersive experiences.”

Dr. Sherif then shifted the focus to the third enabler: Innovative Consumer Propositions. “We’ve had success with our Gaming Propositions, which recognize the growing demand for low-latency and high-speed gaming,” he explained. “du has launched specialized gaming packages and services optimized for professional-level gameplay.”

Regarding business solutions, Dr. Sherif highlighted the fourth enabler: Innovative Enterprise Propositions, particularly spotlighting du’s mobile private networks and software-defined wide area network (SD-WAN) offerings. “du is providing enterprises with secure, scalable solutions that cater to industries like logistics, healthcare, and smart manufacturing,” he said. “This way, we are enabling real-time operations and data control.”

Finally, Dr. Sherif concluded with the fifth enabler: Innovative Digital Solutions. “du has recently launched du Pay, which includes digital payments,” he explained. “du has been very successful in the UAE in the fintech space, offering its secure, multilingual, digital wallet, which facilitates international money transfers, bill payments, and peer-to-peer transactions.”

By focusing on these five areas, du is ensuring it stays ahead of customer expectations, driving innovation across the consumer, enterprise, and government segments.

AI’s Role in Telecom Transformation

Dr. Sherif delved into AI’s growing importance in the telecom sector, categorizing AI’s value into two key areas: monetization and optimization.

In terms of monetization, Dr. Sherif identified three distinct areas impacting both telcos and the broader industry. Firstly, he highlighted the advent of AI-powered devices, such as smart home devices, which are becoming essential for telecom operators looking to monetize beyond traditional telco solutions. He emphasized, “Embedding AI within smart home devices is an area that each telecom operator needs to look at.”

The second monetization opportunity is offering AI-as-a-Service (AIaaS). This model allows telecom operators to assist customers who are eager to use AI but are unsure how to deploy it. “Telcos can really do the job in an excellent manner,” added Dr. Sherif.

The third monetization opportunity caters to the marketing sector. Dr. Sherif explained that AI-powered customer value management (CVM) platforms, as used by du, enable highly personalized offerings by analyzing individual customer needs. Integrating AI enhances customization, ensuring tailored packages and services, making it a crucial tool for advancing monetization.

In terms of optimization, Dr. Sherif discussed how AI enhances processes, networks, and sales channels. He explained that AI improves internal systems, optimizes network performance, and enhances customer interactions through virtual assistants. “We’ve seen a plethora of use cases where AI is playing a great, and crucial, role in optimizing the network in many ways,” he shared. “AI is a very pertinent topic that’s very dear to my heart. And like I said, we have five opportunities as telcos to move forward with AI.”

Business Growth Drivers at du

Dr. Sherif highlighted several key growth drivers that have propelled du forward in the telecom sector. A primary driver is AI-powered customer engagement. He explained that du is leveraging AI to facilitate a hyper-personalized customer experience (CX), which can drive revenue growth through tailored product recommendations and predictive tools such as churn management and dynamic campaign optimization. “By leveraging AI, we can deliver meaningful engagement, enhance customer loyalty, and maximize value across all segments,” emphasized Dr. Sherif.

Another important factor driving du’s growth is its focus on innovative products. Dr. Sherif noted that businesses “cannot have legacy products anymore,” adding that entities must “find the market’s customer pain points and then attack them with a suitable solution.” He further shared that the solution “must be simple, so the customer knows that the product is designed to deal with a segment gap and a specific pain point.”

Dr. Sherif touched on the rise of new business models in the telecom industry, insightfully highlighting a noticeable shift. “We’ve seen that telecom operators are now trying to evolve into digital ecosystem enablers by offering integrated solutions, such as fintech,” he explained.

“We also see that the application programming interface (API) business, known as the API economy at du, is an excellent opportunity for all telco operators. Other areas—such as smart homes, the small and medium-sized enterprise (SME) marketplace, and mobile product network—are all in our roadmap, and we foresee that this shift will unlock new revenue streams and enhance customer experience,” concluded Dr. Sherif.

du’s strategic focus on AI, 5G, and innovative digital solutions is reshaping the telecom landscape and positioning the company as a leader in the industry. As Dr. Sherif highlighted, these advancements are driving operational efficiency, unlocking new growth opportunities, and enhancing customer experiences across various sectors.

StarHub, Nokia, and Dell Complete Southeast Asia’s First 5G Cloud RAN Trial

StarHub has successfully trialed Southeast Asia’s first 5G cloud radio access network (RAN) in collaboration with Nokia and Dell Technologies.

The adoption of Cloud RAN is crucial for the future evolution of mobile networks. It sets the foundation for AI-RAN infrastructure, supporting AI workload management and allowing mobile network operators (MNOs) like StarHub to scale network resources more efficiently. With Cloud RAN, StarHub can support use cases such as time-of-day services, ultra-low-latency applications, and services requiring dynamic throughput adaptations. It will facilitate new service requests from enterprise customers and introduce new revenue streams.

StarHub Contributes High-Performing Network

The cloud-based platform will enable StarHub to deliver new services to its enterprise customers and build an evolutionary path from 5G-Advanced to 6G. The trial falls in line with StarHub’s Cloud Infinity program, which aims to help its customers accelerate their digital transformation journey.

“StarHub is committed to delivering [a] high-performing network and innovative services to our customers. This partnership will enhance our network’s performance, efficiency, and resilience, while futureproofing it for emerging technologies. It also marks a key step in our Cloud Infinity journey, strengthening our ability to deliver cloud-native services and drive the future of connectivity,” said Ayush Sharma, Chief Technology Officer at StarHub.

Nokia Bolsters Infrastructure

Nokia’s commercial 5G Cloud RAN solution seamlessly integrates with all leading cloud or server infrastructures. As part of the trial, Nokia’s commercial 5G Cloud RAN solution was used to place a carrier-grade call, demonstrating feature consistency with the existing purpose-built RAN. Nokia MantaRay NM, its network management solution, ensured seamless interworking between the Cloud RAN and purpose-built RAN.  Nokia’s virtualized Distributed Units (vDU) and Centralized Units (vCU) were run on Dell PowerEdge XR8620 servers. StarHub also utilized Red Hat OpenShift, the industry’s leading hybrid cloud application platform powered by Kubernetes, to support cloud-native RAN functions across the network.

“With our industry-leading Cloud RAN solution, StarHub will be able to offer scalable services and augmented performance to delight its customers. Our anyRAN approach provides StarHub with true flexibility while ensuring feature and performance consistency across Cloud RAN and purpose-built RAN. This is an essential step that enables StarHub to prepare its network for AI-RAN,” added Jae Won, Senior Vice President and Head of APAC for Mobile Networks at Nokia.

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Dell Improves Scalability

“Dell is collaborating with Nokia on the Cloud RAN initiative to contribute to the future of radio technology and drive transformation for service providers such as StarHub. By combining our collective strengths, we can deliver a comprehensive and powerful Cloud RAN solution that improves efficiency, performance, and scalability, making it easier for service providers to deploy Cloud RAN,” concluded Andrew Vaz, Vice President, Product Management, Telecom Systems Business, Dell Technologies.

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2025 Crowdsourced Awards: Celebrating the Best in Telecom Excellence

Weplan Analytics has announced the prestigious 2025 Crowdsourced Awards winners, unveiled at the Mobile World Congress (MWC) in Barcelona. These highly anticipated awards celebrate telecommunications companies with exceptional service quality, innovation, and user experience (UX) in an ever-evolving industry.

The 2025 Crowdsourced Awards winners were selected through an impartial process driven by crowdsourced data. The awards recognize companies that have excelled in key areas such as network quality, coverage, and user satisfaction. Weplan Analytics gathered over 150 billion objective measurements monthly, leveraging a robust evaluation methodology, consequently ensuring a global perspective spanning North America, Europe, APAC, South America, and MEA.

Honoring Telecom Innovation: MWC Barcelona 2025 Award Winners 

At this year’s Mobile World Congress, Weplan Analytics proudly recognized the leading telecom companies pushing innovation and connectivity.  

The standout winners included the following:  

  • Telefónica España was honored with the Best Network Quality 2025 award for delivering the highest standard of network performance, ensuring exceptional reliability and an outstanding user experience across Spain. At the prestigious award ceremony, Juan Jose Marfil Marquez, Senior Director, Network, IT, and TV, proudly accepted the Crowdsourced Award for Network Quality on behalf of Telefónica, highlighting the company’s unwavering commitment to excellence and innovation in telecommunications.

 

Juan José Marfil Marquez, Telefónica de España, Senior Director, Network, IT and TV 

 

  • Verizon (United States) achieved the Best Network Coverage 2025 award for providing unrivalled connectivity nationwide. Recognized for delivering exceptional network coverage across the U.S., Verizon received the Crowdsourced Award for Exceptional Network Coverage based on actual user data. Represented by Praveen Atreya, VP of Technology Development and Network Planning, at the MWC Barcelona 2025 award ceremony, Verizon was praised for its commitment to top-tier services and ongoing telecommunications innovation.

 

Praveen Atreya, Verizon, VP of Technology Development and Network Planning

 

  • NOS (Portugal) secured the Best 5G Experience 2025 award for offering seamless and fast 5G services to users throughout Portugal and delivering fast, reliable, and seamless connectivity. Awarded the Crowdsourced Award for Best 5G Experience, NOS, with Luísa Furtado Jervell, Marketing Offer Director, accepting the award at MWC Barcelona 2025, was celebrated for its commitment to providing top-tier services and driving innovation in telecommunications.

 

Luísa Furtado Jervell, NOS, Marketing Offer Director

 

  • Globe Telecom (Philippines) was honored with the Best Network Coverage 2025 award in the Philippines. This Crowdsourced Award, based on real user data, recognizes Globe’s exceptional network coverage and commitment to providing reliable service. Gavin Wu accepted the award on behalf of Globe Telecom, celebrating the company’s ongoing efforts to deliver top-quality services and drive innovation in telecommunications.

 

Gavin Wu, Globe Philippines, Senior Advisor Access Engineering & Performance Management (Mobile & Broadband)

 

These awards celebrate the trailblazers of the telecom industry—companies that redefine connectivity, set new benchmarks for excellence, and drive the future of telecommunications. Their dedication to innovation ensures that users worldwide benefit from faster, more reliable, and seamless network experiences.

Weplan Analytics congratulated all the winners of the 2025 Crowdsourced Awards, noting that these companies have set new benchmarks in network quality, coverage, and 5G performance, demonstrating exceptional innovation and service excellence. Their achievements are a testament to their commitment to delivering outstanding user experiences and advancing the future of telecommunications. 

Huawei Reports Revenue Increase in 2024 Amid Declining Margins

Huawei Technologies (Huawei) has released its 2024 annual report, revealing a revenue of CNY 862.1 billion (USD 118.8 billion), indicating a 22.4% increase year-over-year (YoY).

However, the Chinese conglomerate’s net profit dropped by 28% to CNY 62.6 billion (USD 8.63 billion), with operating margins declining from 14.8% to 9.2%.

Huawei’s remarkable revenue growth was driven by its consumer business, particularly by strong smartphone sales in China, which surged to CNY 339 billion by 38%.

Meng Wanzhou, Huawei’s Rotating Chairwoman, highlighted, “Our devices are now back in the fast lane, and we are making historic breakthroughs in HarmonyOS ecosystem development.”

We continued to optimize our business mix for cloud computing and our digital power kept forging ahead, placing quality before all else.

The company also maintained a steady performance in its information and communication technology (ICT) infrastructure segment, which grew by 4.9%, totaling USD 369.9 billion.

Moreover, Huawei’s spending on research and development (R&D) reached CNY 179.7 billion in 2024, representing 20.8% of its total revenue.

Liang Hua, Huawei’s Chairman of the Board, emphasized, “Over the past year, we strengthened investment in innovation and R&D. We continued to hone our overall competitive edge while improving customer satisfaction and user experience.”

Also Read: Huawei: Bridging 5G Excellence and 5.5G Leadership in the AI Era

Regional Outlook

The report reflected Huawei’s increasing dependence on its domestic market, with China contributing over 71% of its total revenue in 2024. By leveraging the company’s computing, storage, networks, digital power, devices, and intelligent automotive solutions to meet growing demands, the Chinese market contributed CNY 615.3 billion to the overall revenue.

Huawei’s limited access to the international market has led to the development of the HarmonyOS ecosystem, an alternative to Android following United States sanctions.

In Europe, the Middle East, and Africa (EMEA), Huawei maintained a steady performance in ICT infrastructure while achieving rapid growth in cloud computing and digital power solutions. The region’s revenue generated CNY 148.4 billion, accounting for 17% of the company’s revenue.

In a similar trend, the Asia Pacific contributed CNY 43.3 billion, accounting for 5% of the company’s overall revenue, which was primarily driven by accelerated 5G deployment and the rapid expansion of cloud computing and digital power.

Despite the increase in network traffic and quicker construction of 5G and data communication networks, the Americas contributed the least (CNY 36.3 billion), accounting for only 4% of Huawei’s total revenue.

Wanzhou further noted that despite the economic downturn, Huawei will increase its strategic investments over the next three years, particularly focusing on building foundational technologies and capitalizing on growth opportunities through differentiation.

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MobiFone Rolls Out 5G, Boosting Vietnam’s Digital Growth

MobiFone has officially launched its 5G mobile services, making it the third telecom provider in Vietnam to offer 5G technology.

Initially, the 5G service will be available in major city centers, with plans to expand nationwide soon. The network operates on the 3.800-3.900 MHz frequency band, using both 5G NSA (non-standalone) and 5G SA (standalone) architectures. The network speed can reach up to 1.5 Gbps, which is 10 to 15 times faster than 4G.

Related: Vodafone Idea Rolls Out 5G in Mumbai

Existing 4G subscribers with 5G-compatible smartphones can access the 5G network across coverage areas without changing their SIM cards. For enterprise customers, MobiFone offers over 100 products and solutions for eight priority sectors, addressing national digital transformation. MobiFone has already implemented various 5G-based solutions for government agencies and businesses nationwide.

Examples include an artificial intelligence (AI) camera solution for smart tourism and traffic management, as well as a 5G private network solution at Vicem Hoang Mai Cement Joint Stock Company.

Vietnam 5G Update

Vietnam launched 5G services at the end of 2024. As of January 2025, Viettel has 5.5 million 5G subscribers, while Vietnam Posts and Telecommunications Group (VNPT) has extended 5G coverage to 63 provinces and major airports, serving around 3 million users. MobiFone aims to accelerate 5G commercialization to support national economic growth.

Prime Minister Pham Minh Chinh emphasized the importance of expanding 5G commercialization to achieve at least 8% economic growth by 2025. Mastering 5G technology is crucial to meet this goal. According to the GSMA, 5G is expected to contribute over USD 930 billion to the global economy by 2030, benefiting key sectors such as industrial manufacturing, public administration, services, IT and communications, and finance.

To support 5G infrastructure development, the National Assembly has allocated state budget funds to assist telecom companies with the rapid network expansion. Enterprises deploying at least 20,000 5G base stations by the end of 2025 will have 15% of their equipment costs covered. MobiFone’s 5G service not only enhances digital transformation but also boosts technological innovation and economic competitiveness. By leveraging 5G, Vietnam aims to become a regional technology leader and an attractive destination for foreign investment.

5G in Asia:

U Mobile Receives MCMC Letter of Award for 5G Network

Smart Communications Launches First 5G Max City

China Unicom Launches 5G-Advanced Plan

Nokia Expands Industrial Edge with Six New Applications

Nokia has announced the expansion of its industrial application ecosystem with the introduction of six new Industry 4.0 applications deployed on MX Industrial Edge (MXIE). This move reinforces the company’s commitment to supporting enterprises in their digital transformation by offering innovative use cases.

The latest expansion aims to enhance automation, efficiency, safety, security, and sustainability across industries by integrating advanced applications from leading technology partners, including Bosch Rexroth, Ipsotek, Nozomi Networks, Prosys OPC, SmartCone, and SwitchON. 

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Industries such as ports, mining, and manufacturing often struggle to extract value from real-time operational technology (OT) data to achieve their digitalization objectives. These newly launched applications leverage a range of enabling technologies—including machine and process control, video analytics, artificial intelligence (AI), environmental sensing, industrial connectivity, and network security—to address specific industry challenges. The Nokia MXIE platform provides a robust and secure edge computing foundation, allowing enterprises to seamlessly deploy these applications and unlock new efficiencies. 

Six New Applications

  • Prosys OPC UA Forge serves as a unified access point for collecting data from diverse industrial assets. Particularly beneficial for brownfield deployments, this application enables structured data organization using OPC UA information modeling, ensuring interoperability across different manufacturers and system generations.
  • Bosch Rexroth’s ctrlX OS, an industrial automation operating system running on MXIE, facilitates seamless machine integration, data visualization, process automation, and secure communication. When paired with Bosch Rexroth’s ctrlX CORE control platform, it enables real-time machine control.
  • SwitchON DeepInspect utilizes high-precision AI models to minimize defects, lower inspection costs, and optimize manufacturing processes.
  • Ipsotek VISuite enhances situational awareness with precise object tracking and AI-driven automation, improving worker safety and production monitoring.
  • SmartCone’s HeatGuardian solution provides real-time worker heat stress monitoring, ensuring workplace safety even in challenging environmental conditions.
  • The Nozomi Networks Platform, including Guardian sensors, is designed for industrial, commercial, and critical infrastructure environments. It leverages AI to provide real-time asset visibility, threat detection, and vulnerability management, minimizing cyber risks while enhancing operational resilience.

By adopting these applications, enterprises can leverage real-time insights to optimize operations, improve worker safety, and maintain compliance with sustainability and security standards.

Stephan Litjens, Vice President, Enterprise Campus Edge at Nokia, stated, “Enterprises require intelligent, secure, and scalable solutions to navigate the complexities of digital transformation and introduce use cases that will deliver concrete benefits. The expansion of industrial applications deployed on MXIE underscores Nokia’s commitment to fostering an open and interoperable industrial edge ecosystem. With our expanded portfolio of industrial edge applications, we are enabling businesses to accelerate their digitalization journey while ensuring quality, safety and security, efficiency, and sustainability.”

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Inside Ucell and Huawei’s Strategy for Superior Indoor Connectivity

In an exclusive WinWin Live interview hosted by Telecom Review Group at MWC Barcelona 2025, Sergey Melnikov, Chief Technology Officer of Ucell, and Eric Bao, President of Huawei Wireless DIS Product Line, shared their perspectives on consistent indoor and outdoor experiences, which help them maintain their industry leadership.

Ucell: Top Operator Maximizing Indoor Network Opportunities

Last year, Ucell achieved the number one ranking within Uzbekistan’s mobile market. Boasting over 9.6 million mobile subscribers, Ucell has established its footprint and made a significant contribution to improving Uzbekistan’s national rating.

In line with this, the company has successfully launched indoor networks. Ucell recognizes the importance of indoor networks as according to industry data, 80% of traffic is generated indoors. “Last year, Ucell widely deployed 5G network in eastern Uzbekistan to attract premium-class users,” stated Melnikov.

These include key locations such as metro stations, shopping malls, and offices, which served as good preparation for providing a better 5G user experience (UX). 

With this in mind, signal loss at high frequencies (HF) is particularly significant. “Therefore, high-quality indoor networks are necessary to ensure a quality and stable experience, both indoors and outdoors,” continued Melnikov. “This increases customer satisfaction and strengthens Ucell’s leading position.”

In the future, Ucell aims to focus on deploying 5G-powered indoor networks at high-value locations, such as the Tashkent Airport and New Tashkent City.

To deliver on this commitment, in terms of network planning, Ucell ensures a consistent experience for both indoor and outdoor networks via external macro stations that support 64T64R solutions. To achieve high performance in valuable locations, it is necessary to build 4T4R networks that can support fast and reliable indoor network coverage.

Huawei’s Digital Indoor System

On the other hand, Bao emphasized that the mobile AI and 5G-A eras are coming now. “Mobile scenario is extending from traditional people-to-people connection to people-to-things connection and things-to-things connection. Apparently, mobile AI brings brand new business opportunities to the operators and end users,” he explained.

However, this evolution presents challenges in the network’s technology. For instance, a mobile phone requires an uplink speed of 20 Mbps and 20 ms latency while smart vehicles require 500 Mbps and 1 Gbps uplink speeds and meter-level positioning. Moreover, humanoid robots require 20 ms latency and 500 Mbps uplink speeds.

Since most user traffic is generated from indoor networks, Huawei has invested in Digital Indoor System innovation to support operators’ business success, both now and in the future.

For hardware and architecture innovation, Huawei LampSite X is an innovative 5G indoor digital solution that can support all spectrums, from sub-1 GHz, up to sub-6 GHz and mmWave. Smoothly evolving with operators, it can support four operators’ spectrum at the same time, five bands, and 12 TRX in one radio, with full bandwidth, resulting in one of the most integrated modules.

When it comes to software innovation, Huawei’s distributed massive MIMO can achieve three-to-four times more capacity than the industry level. As a result, the experience could improve by more than 30%.

Finally, Huawei has also invested in passive Internet of Things (IoT) and positioning innovation to bring new business opportunities to the futuristic things-connect-things scenario.

“To sum up, Huawei’s Digital Indoor System is going to be kept simple for the customer and we’ll leave the complexity aspect to ourselves. As a result, we are confident that we can support the business success of all operators with a perfect indoor network, including Ucell in Uzbekistan,” concluded Bao.

Adding to the conversation, an artificial intelligence agent—WinWin—shared how network planning and construction help maintain leadership in the 5G era.

​AI and Automation in India’s Telecom Sector

Artificial Intelligence (AI) and automation have profoundly transformed India’s telecommunications sector, enhancing network efficiency, customer experience (CX), and operational agility.

The integration of AI in India’s telecom sector began in the early 2010s, focusing on automating routine tasks and improving network management. By 2015, leading telecom operators initiated pilot projects to explore AI capabilities, such as predictive maintenance and customer service automation. These early endeavors aimed to reduce operational costs and enhance service reliability.​

A significant milestone occurred in 2023 when the Telecom Regulatory Authority of India (TRAI) recommended broader AI deployment across the industry. This directive marked a pivotal shift, encouraging telecom companies to integrate AI into core operations, including network optimization, fraud detection, and customer engagement.

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Embracing AI and Automation

As of 2024, India’s telecom sector has fully embraced AI and automation, with substantial investments in these technologies. A KPMG report revealed that, in India, 55% of technology, media, and telecommunications (TMT) organizations have successfully implemented AI at scale, while 37% are in the process of scaling their AI initiatives. Notably, 67% of these companies have begun generating returns exceeding 10% on their AI investments, underscoring the financial viability of such endeavors.

The rapid expansion of 5G technology has further accelerated AI integration. In October 2024, India deployed over 460,592 5G base transceiver station (BTS) sites, with 5G user numbers surpassing 125 million and projected to reach 350 million by 2026. Data consumption has also surged, averaging 21.30 GB per user monthly. AI plays a critical role in managing this increased data traffic, optimizing network performance, and delivering personalized services.

Leading telecom operators such as Reliance Jio have been at the forefront of AI and automation adoption. Reliance Jio has developed JioBrain, an in-house AI and generative AI (GenAI) platform that utilizes digital twin technology to create virtual representations of network assets. This innovation has enhanced network planning, operations, and customer service, supporting over 500 million customers across more than five million cells. With the advent of AI and cloud computing, Jio has taken another significant leap by introducing Reliance Jio AI Cloud—a state-of-the-art cloud computing and AI-driven platform designed to empower businesses, developers, and enterprises across India.

Moreover, Vodafone Idea  (Vi) is leveraging HCL’s ANA platform to optimize network operations, while Bharti Airtel has awarded Nokia a multi-billion-dollar deal to enhance 4G and 5G infrastructure. Bharti Airtel’s Nxtra is pioneering AI-driven data centers, using predictive maintenance and automation to improve energy efficiency and capital utilization. Maxis has introduced Mia, an AI-powered concierge service that streamlines business customers’ roaming management with intelligent workflow automation, while Nokia and Bharti Airtel’s successful 5G Cloud RAN trial is driving network automation, flexibility, and resource scaling. Additionally, Vi is improving voice over long-term evolution (VoLTE) services with Anritsu’s machine learning (ML)-based closed-loop automation.

Similarly, India’s collaboration with the International Telecommunications Union (ITU) on AI-driven digital twin technology for infrastructure aligns with its broader AI expansion, leveraging advanced analytics and automation to enhance network efficiency, predictive maintenance, and smart infrastructure management.

Related: NTT DATA Bets Big on India’s Digital Future

Challenges Hindering Full-Scale AI and Automation Adoption

Despite significant progress, the adoption of AI and automation in India’s telecom sector has encountered several challenges.

In a recent Telecom Review Asia webinar, the panelists concluded that the greatest challenges to AI adoption in Asia include cost optimization, integrating AI with existing infrastructure, and a shortage of skilled AI talent. The same three challenges can be applied to India’s telecom sector. Massimiliano Baravelli, Head of the AI Department at QuantAzimuth, spotlighted AI talent shortage as an area of concern. He pointed out that investing in AI skills is essential for both telecom and tech companies, as there remains a gap in expertise. 

Data privacy and security concerns have also intensified following the increased usage of AI, as telecom companies handle vast amounts of sensitive consumer data. Additionally, regulatory disparities between telecom service providers and over-the-top (OTT) platforms have created an uneven playing field.

While telecom operators must adhere to stringent licensing and privacy regulations, OTT platforms often operate with fewer restrictions. In response, industry bodies such as the Cellular Operators Association of India (COAI) have advocated for enforcing privacy and traceability rules on OTT services to promote fair competition and ensure a level regulatory landscape.

Technology News: Jio Partners with SpaceX to Bring Starlink Internet to India

Promising Outlook

The future of AI and automation in India’s telecom sector appears promising, with government-backed initiatives and industry advancements driving progress. The Bharat 6G Vision initiative aims to position India as a leader in 6G technology, bolstered by an ambitious target to secure 10% of global 6G patents. This initiative includes dedicated funding for advanced testbeds and ecosystem acceleration projects, fostering research, innovation, and commercial applications in AI-driven telecommunications.

Furthermore, India’s AI sector is poised for remarkable growth, with AI services projected to reach USD 17 billion by 2027. According to a report titled ‘AI Powered Tech Services: A Roadmap for Future Ready Firms; AI & GenAI’s Role in Turbocharging the Industry,’ India boasts the second-largest AI talent pool globally, with 420,000 professionals. India’s technology industry has already seen a 15%+ growth in AI jobs over the past 12 months, with positions such as AI engineers growing by 67% year-over-year (YoY). This trend underscores India’s commitment to developing a wide array of AI-based services and solutions, extending beyond traditional IT offerings.

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U Mobile Receives MCMC Letter of Award for 5G Network

U Mobile has officially received the letter of award from the Malaysian Communications and Multimedia Commission (MCMC) to deploy Malaysia’s latest 5G network. This follows the government’s announcement in November 2024 granting U Mobile the second nationwide 5G license as part of its transition to a dual-network model.

Wong Heang Tuck, CEO of U Mobile, said, “U Mobile is honored by the trust placed in us by the government and MCMC to implement Malaysia’s newest 5G network. This mandate allows us to play a pivotal role in advancing Malaysia’s digital economy by delivering an enterprise-grade, next-gen 5G network. We are committed to driving 5G adoption and supporting the nation’s ambition of becoming a high-income digital leader.”

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U Mobile will build Malaysia’s second 5G network. The first 5G network was rolled out by special purpose vehicle, Digital Nasional Berhad (DNB).

With over 17 years of expertise, U Mobile fully supports the government’s vision for a dual 5G network. The company is committed to delivering both 5G and 5G-Advanced networks to drive industry sustainability, foster competition, and incite innovation across the country.

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PLDT Strengthens Digital Growth with Data Center Expansion

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PLDT Strengthens Digital Growth with Data Center Expansion

PLDT Inc. (PLDT) is committed to advancing digital transformation in Southeast Asia, with data centers serving as a key part of its growth strategy.

PLDT Chief Operating Officer, Menardo Butch G. Jimenez, emphasized the increasing potential of tech-focused telcos in the region’s changing digital landscape. He mentioned, “We have already built 10 data centers and are finishing our 11th and biggest facility, which shows how strongly we believe that data centers are an important part of PLDT’s revenue growth.” He also said that PLDT has experienced strong growth rates in its data center business over the past five years.

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Through its subsidiary, ePLDT, PLDT has become a leader in the Philippines data center industry. The company operates a network of VITRO data centers, providing solutions for customers’ increasing IT outsourcing needs. The VITRO Sta. Rosa Data Center, the largest and most advanced in the country, is positioned to be the Philippines’ artificial intelligence (AI) hub, forming the first AI ecosystem in the nation.

Jimenez also highlighted that data sovereignty laws represent a significant upcoming development, noting that localized data storage regulations enforced by the government will drive the demand for domestic data centers. Looking forward, PLDT is preparing for an AI-powered future by offering GPU-as-a-Service (GPUaaS) to meet the growing need for high-performance computing (HPC) due to AI and machine learning (ML) adoption.

Through investments in data centers, AI infrastructure, and green energy, PLDT is solidifying its position as a leader in digital transformation and shaping the future of the telecommunications industry.

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M1, Airbus, CitiCall Partner to Launch Agnet in Singapore

M1 Limited (M1) has announced the signing of a non-binding memorandum of understanding (MoU) with Airbus and CitiCall Communications to introduce Agnet, a cutting-edge communication platform, to Singapore. This partnership marks a significant advancement in secure and reliable communications for the public safety and enterprise sectors, supported by M1’s True 5G network.

M1 is dedicated to offering state-of-the-art communication solutions that aid in Singapore’s digital transformation,” said Andrew Cheng, Chief of Enterprise Services at M1. “Through our collaboration with Airbus and CitiCall to launch Agnet, we are empowering businesses and public safety agencies with a strong, secure, and high-performance communication platform.”

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Agnet, built on Airbus’s trusted platform, offers secure push-to-talk (PTT) and push-to-video (PTV) features, real-time messaging, and location services over broadband networks. Leveraging M1’s advanced 5G network capabilities, Agnet meets the specific needs of industries requiring secure communications to enhance operational efficiency and safety protocols. By partnering with CitiCall as the authorized reseller for Agnet in Singapore, M1 and Airbus reinforce their commitment to product availability and customer support, ensuring businesses can fully utilize this cutting-edge solution.

The introduction of Agnet aligns with M1’s goal to help industries digitize through advanced 5G solutions. By adding Agnet to M1’s SMARTsuite Industry solutions, powered by 5G standalone (5G SA) technology, M1 continues to support the digital transformation of industrial sectors with customized solutions. Alain Ruinet, Airbus Head of APAC, Public Safety, and Security, said, “With Singapore’s strong digital ecosystem and increasing demand for secure communications, this partnership will enable organizations to operate more effectively and respond swiftly to mission-critical situations.”

Francis Ng, CEO of CitiCall, added, “As Agnet’s local reseller, CitiCall is excited to bring this cutting-edge solution to Singapore, equipping businesses and public safety agencies with a secure and reliable communication platform.”

As M1, Airbus, and CitiCall embark on this transformative journey, Agnet is set to redefine the standards of mission-critical communication in Singapore. This collaboration will ensure that industries have access to top-notch communication tools to achieve effective digitalization and operational excellence.

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Converge, Starlink Partner to Expand Connectivity in the Philippines

Converge ICT Solutions, Inc., a fiber internet provider, has teamed up with Starlink to provide high-speed, low-latency satellite connectivity to industries in underserved regions in the Philippines.

Converge is now an authorized seller of Starlink and provides complete solutions, including installation, network management, and maintenance. Converge will combine Starlink’s satellite technology with its fiber network to ensure service continuity during disruptions.

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Converge’s CEO and Founder, Dennis Anthony Uy, mentioned that Converge is focusing on businesses and government agencies in remote sectors, such as agriculture, retail, fisheries, and cruise vessels. The goal is to provide support during disasters and help various industries such as construction and mining. Sherie Ng, Chief Commercial Advisor of Converge Global Business Group, added that even the most isolated businesses can now operate like those in urban areas.

Uy believes that the partnership with Starlink will increase Converge’s enterprise segment by 5-10% this year. Additionally, Converge has partnered with Ribbon Communications, a U.S. tech company, to enhance internet services in the country. Ribbon Communications will integrate artificial intelligence (AI)-enabled data transmission technology into Converge’s fiber network nationwide.

Bruce McClelland, CEO and President of Ribbon Communications, mentioned that the company is constructing a resilient high-capacity fiber optic transmission network across the country to meet the increasing demands of Converge and major enterprise customers.

The U.S. Embassy in the Philippines believes the partnership will attract more U.S. investments in the defense and business process outsourcing (BPO) industries in the Philippines.

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Seamless, Sustainable, Smart: eSIM and iSIM Advance Asia’s Connectivity

From revolutionizing connectivity for travelers to driving sustainability and simplifying mobile network access, eSIM (embedded Subscriber Identity Module) is reshaping how users experience mobile communication.

Southeast Asia is witnessing a surge in tourism, and with it, a growing reliance on eSIMs. Unlike traditional SIM cards, eSIMs eliminate the need for physical cards, allowing users to activate mobile plans remotely through QR codes or mobile apps. This convenience makes eSIMs a preferred choice for tourists who want to avoid roaming fees and stay connected instantly upon arrival.

In Malaysia and Indonesia, popular tourist destinations such as Bali, Jakarta, and Kuala Lumpur are benefiting from eSIM availability.

Seamlessly Connecting Asia

Asia’s journey towards seamless connectivity through eSIM technology began in 2017 when China Mobile and NTT DOCOMO developed the world’s first multi-vendor eSIM, alongside the Google Pixel 2, the first smartphone with built-in eSIM technology. In 2019, KDDI partnered with IDEMIA to enhance mobile connectivity for Japanese business travelers using IDEMIA’s Smart Connect Platform. By 2023, Dialog Axiata launched Sri Lanka’s first eSIM service, and in 2024, China Unicom collaborated with G+D on eSIM innovation, while Telkomsel introduced eSIM services for Indonesia’s local market. With travel eSIM users expected to surpass 215 million by 2028, eSIM technology continues to drive Asia’s digital transformation and flexible connectivity across the region.

The Rise of iSIM: What’s Next?

While eSIMs are gaining momentum, integrated SIM (iSIM) technology is on the horizon. iSIMs are integrated directly into a device’s processor. This innovation reduces space requirements, enhances security, and further streamlines connectivity. As more devices support iSIM in the coming years, consumers can expect even greater flexibility and efficiency.

According to the GSMA, the release of commercial, industry-certified iSIMs—such as those implemented by Qualcomm and Thales, which adhere to the GSMA’s eUICC Security Assurance (eSA) scheme—hold the potential to trigger mass-adoption. GSMA Chief Technology Officer, Alex Sinclair, emphasized that iSIM development, backed by strict industry standards, highlights the power of industry collaboration.

“iSIM increases the opportunity to proliferate cellular capability and satisfies a wider and more diverse market.”

With projections estimating that the iSIM market will grow to 300 million by 2027, this innovation is poised to drive widespread adoption across various sectors. ​

Sustainability in Connectivity

Beyond convenience, eSIMs contribute to sustainability by reducing the reliance on plastic SIM cards. Traditional SIM production and distribution generate significant plastic waste, whereas eSIM adoption lowers the environmental footprint. With governments and corporations increasingly focusing on sustainability, eSIM technology aligns with broader efforts to minimize waste and reduce carbon emissions. Users can switch between plans or carriers through app-based interfaces, avoiding store visits or physical card replacements.

Asian telcos have embraced eSIM sustainability by introducing eco-friendly eSIMs. In 2022, Globe launched Asia’s first eco-SIM, reducing plastic waste by using 100% recycled materials including polystyrene waste from refrigerators, diverting this waste stream from landfills. Yoly Crisanto, Globe’s Chief Sustainability Officer and SVP for Corporate Communications, explained that this approach gave customers the opportunity to step up and choose to live more sustainably.

“In order for us to truly move the needle in the fight against climate change, we all must take on the responsibility to act sustainably.”

More recently, M1 Limited introduced the True 5G Eco SIM, reinforcing its commitment to environmental responsibility.

Smart Moves: IoT and eSIM Expansion

The Internet of Things (IoT) is set to be a major beneficiary of eSIM technology. From smartwatches and connected cars to industrial sensors and healthcare devices, eSIMs offer seamless, remote connectivity.  While the future of eSIM in Asia looks promising, challenges remain. Standardizing eSIM technology across different regions and carriers is essential to achieve seamless cross-border connectivity. Additionally, increasing consumer awareness and ensuring robust cybersecurity measures will be critical.

Asia’s telecom sector is evolving with eSIM technology, supporting IoT connectivity and industry transformation. SoftBank’s eSIM platform is promoting IoT adoption, while KDDI Digital Life is exploring new ways to enhance connectivity through its Software Development Kit (SDK), which can be applied to travel eSIM services.

Airtel’s partnership with Kia India is powering Kia Connect 2.0, enabling eSIM integration, real-time monitoring, and over-the-air (OTA) updates within connected vehicles. Telkomsel is trialing facial recognition for prepaid SIM registration, showcasing advancements in security. eSIMs were also leveraged during the 2018 FIFA World Cup for enhanced safety.

Meanwhile, Thailand’s AIS is transforming the telecom landscape and enhancing customer experiences through eSIM expansion. During his keynote at the World Mobile Congress 2023, AIS Chairman, Allen Lew, emphasized that the expansion of eSIMs and intelligent devices will drive greater market penetration.

Future Outlook

Telecom operators must adapt to a new competitive landscape. With eSIMs making it easier for users to switch providers, carriers will need to prioritize customer experience (CX), offering innovative plans and personalized services to retain loyalty.

For consumers and businesses alike, the convenience, flexibility, and environmental benefits of eSIMs offer a clear glimpse into the future of telecom. By embracing this digital shift, Asia’s telecom sector is not only enhancing connectivity but also paving the way for a smarter, more connected future.

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Automotive and Telco Industries Converge Smart Connectivity and 5G Integration

BharatNet Expands Connectivity to Rural India

Over two lakh Gram Panchayats in India are now equipped to offer high-speed internet services under the BharatNet project, Minister of State for Panchayati, Raj SP Singh Baghel, announced.

In a written response to the Rajya Sabha, Baghel stated that the Department of Telecommunications (DoT) is implementing the project in phases to ensure broadband connectivity reaches all Gram Panchayats nationwide.

The BharatNet infrastructure is classified as a national asset and is accessible to service providers without discrimination. It supports various broadband services, including Fiber-to-the-Home (FTTH) connections, leased lines, dark fiber, and backhaul connections for mobile towers. As of February 2025, a total of 2,14,323 Gram Panchayats are service-ready, Baghel confirmed.

Additionally, the Union Cabinet has approved the Amended BharatNet Program (ABP), adopting a design, build, operate, and maintain (DBOM) model. The revised program aims to upgrade the existing network under BharatNet Phases I and II, expand connectivity to approximately 42,000 Gram Panchayats that are yet to become service-ready, and ensure network operation and maintenance for the next decade.

Baghel also noted that Bharat Sanchar Nigam Limited (BSNL) has been assigned the task of providing 1.50 crore FTTH connections to households over the next five years. The completion timeline for the ABP is set for March 2027.

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Telecom Review Asia Webinar: How Far Can AI Take Asia’s Telecom Industry?

Telecom Review Asia hosted a webinar titled ‘Artificial Intelligence: Asia’s Engine for Growth’ on March 26, 2025, bringing together industry leaders to explore artificial intelligence’s (AI) transformative influence on the telecom sector. The session spotlighted AI’s role in reshaping business models, featuring insights into AI-driven innovations, business opportunities, regulatory challenges, and real-world applications.

The event opened with a welcome address by Toni Eid, Founder of Telecom Review Group and CEO of Trace Media International. Moderated by Lim May-Ann, Director of Multilateral Relations at Access Partnership, the panel featured distinguished speakers, including Dr. Atsuko Okuda, Regional Director at the International Telecommunication Union (ITU); Marko Cetkovic, Chief Digital Officer at M1; Blums Pineda, COO at Kayana and Partner Strategist for PLDT Global Data Management and AI Program; and Massimiliano Baravelli, Head of the AI Department at QuantAzimuth.

The Promise of AI in the Telecom Industry

As AI takes on a more prominent role in the telecom industry, the discussion opened with insights into AI adoption and its promise across Asia.

According to Okuda, progress is already underway. More than 200 standardized recommendations to kickstart AI development have been established, laying the groundwork for a structured and scalable approach to AI integration. These recommendations aim to create a common foundation, ensuring interoperability across networks and fostering a more efficient AI ecosystem within telecom.

For Cetkovic, the key to AI’s sustainable impact lies in data utilization. Without a strong data strategy, AI’s potential to optimize networks, enhance customer experiences, and drive automation remains limited. Beyond external advancements, Cetkovic explained that internal company transformation is key, highlighting the need for telecom providers to revamp their organizational structures, workflows, and AI adoption strategies. Cetkovic noted that M1’s successful digital transformation in recent years, involving migrating its assets to the cloud and consolidating data into a unified lake, has helped established a strong foundation for scaling AI-driven initiatives. Apart from infrastructure and data, people play a critical role in M1’s AI-centric strategy. Last year, M1 invested approximately 14 weeks into a comprehensive AI training program for all its digital office employees.

The Biggest Opportunities for AI in Asia

The biggest opportunity for AI in Asia lies in telcos evolving beyond connectivity by leveraging AI to scale new capabilities, enhance data analytics, and accelerate automation.

According to Pineda, AI has already improved network operations and back-office functions, but the next phase involves leveraging real-time data mining and generative AI (GenAI) to achieve voice- and text-based outbound offers that feel more human. While AI has been embedded in telco operations for years, the challenge now is addressing process inefficiencies and human adaptation to fully capitalize on its potential, ultimately shifting AI-driven innovations to customer-facing services.

When discussing the opportunities AI presents for the telecom industry in Asia and its role in raising global competitiveness, Pineda noted that, “It’s not so much about competing against world leaders, but about being relevant in the markets in which we serve.”

AI has rapidly transformed the telecom industry, evolving from a once-magical concept to a necessity, pointed out Baravelli. This shift has heightened awareness and built upon networks established in the 1990s. The industry is now striving to balance performance/efficiency and business transformation, while collaboration between telcos and tech companies is expected.

How AI is Driving the Development of New Business Models

AI is driving the development of new business models by transforming customer interactions, marketing strategies, and enterprise automation. At the operational level, Cetkovic explained that GenAI, particularly agentic AI models, can enhance customer support by acting as an extension of the team. However, this shift requires operational changes, including redefining roles and responsibilities. He also explored AI’s impact on marketing productivity, citing proof-of-concept (POC) projects in electronic direct mail (EDM).

Hyper-personalization and micro-segmentation have always been part of telco operations, but now we need to be more efficient.

“With GenAI-powered video generation and prompt-based content tools, our marketers can be empowered and significantly reduce time-to-market (TTM) for campaigns,” said Cetkovic.

In terms of enterprise services, AI is advancing automation beyond traditional robotic process automation (RPA), improving efficiency. May-Ann added that regulatory sandboxes will play a crucial role in fostering innovation while enabling better customization of AI-driven solutions.

Pineda emphasized that AI’s potential can be unlocked through strong partnerships that bring its possibilities to life. However, many companies face a domino effect as a result of underinvestment in data and cloud infrastructure, making it difficult to fully leverage AI. This has led to a revival in addressing data and analytics backlogs to support AI applications, particularly agentic AI, at customer touchpoints. He likened AI adoption to Formula 1 racing, where achieving top speed at the edge requires a steady and strategic build-up—something many companies are learning the hard way.

A wealth of ready-to-use AI remains untapped, offering businesses the chance to reinvent customer interactions and enhance engagement.

With enterprises and small and medium enterprises (SMEs) in the Philippines seeking more than just connectivity from telcos, Pineda shared that PLDT has been leveraging its investments in data and big data to drive AI adoption. He pointed out the effectiveness of AI in enabling real-time offers for upselling and cross-selling, and reinventing how telcos interact with customers. Additionally, AI supports engineers, allowing them to focus on innovation rather than manual data processing.

Baravelli highlighted the misconception that AI is a simple “plug-and-play solution,” emphasizing that effective AI deployment requires targeted use cases and specialized agents for specific tasks. He added that large language models (LLMs) serve as interfaces, while AI has the potential to enhance parental controls by restricting minors from gambling sites and enables subscriber personalization. In telecom, AI plays a crucial role in Security-as-a-Service (SecaaS) and Network-as-a-Service (NaaS), particularly in terms of 5G, as it allows telcos to offer customized cloud network slices. Additionally, AI improves predictive maintenance by monitoring failures in real time and optimizes network performance by dynamically adjusting traffic paths for maximum coverage. Baravelli cited national emergency management as an important use case where operators can play a vital role in improving emergency response, assessing the best path for emergency vehicles, and locating missing people during disasters.

May-Ann added that while AI can assist with project governance, it requires domain-specific expertise, as complex applications demand precise understanding and guidance.

Approaches to AI Governance

When asked about the evolution of AI policies and the progress of regulation and implementation in the telecom industry, Dr. Okuda highlighted the rapid advancements in AI and the pivotal role of the ITU in implementing policies or regulations that are “inclusive and meaningful.” While the ITU has developed many recommendations and guidelines to support AI adoption in the region, she noted that many underserved communities in the region remain unconnected, and therefore excluded from the benefits of AI advancements.

I hope that AI-driven demand for telecom services will create a win-win scenario, benefiting both businesses and underserved communities.

Okuda explained that APAC takes a more inclusive, communal approach to AI. Citing an example, Okuda highlighted that, in Kiribati, experts spoke to the community regarding AI, many of whom were unaware of the potential benefits of the technology. Okuda described the situation in Kiribati as a “beautiful symbiosis,” where technology is integrated cautiously but with potential for meaningful impact.

Okuda added that, in Asia, AI companies are progressing swiftly, but policies must ensure meaningful representation, particularly for underrepresented groups like women, ethnic minorities, and understaffed communities. The ITU, supported by Australia, is analyzing ASEAN’s AI policy frameworks and working to develop holistic regulations across 39 countries. Okuda stressed the importance of involving academia, industry, and civil society in shaping AI governance. She mentioned that real-world applications, such as AI-powered traffic monitoring in Bangkok, raise questions about accountability. Who should citizens turn to when AI systems go rogue? Moreover, with 2.6 billion people still unconnected, AI models often exclude niche experiences, making solutions less inclusive.

Pineda echoed the importance of establishing clear governance and privacy frameworks, while also providing value.

If we’re the custodian of their data, it’s our responsibility to ensure it is used to inform, hyper-personalize, and enhance their experience with products and services that are appropriately priced to deliver value.

Challenges to AI Adoption in Telcos

According to a poll posed to attendees, the majority believe that Asia will be the region to exhibit the most growth in AI development. However, according to live responses, the greatest challenges to AI adoption include cost optimization, integrating AI with existing infrastructure, and a shortage of skilled AI talent.

Pineda emphasized the importance of not rushing into agreements and ensuring telcos remain relevant as enablers of AI. Pineda pointed out that many telecom operators are hesitant, waiting for the perfect conditions instead of taking the first step. He noted that true progress begins when companies start experimenting, engaging with industry peers, and sharing case studies.

It’s important to get started as this is where you start to flywheel and see what’s possible.

Baravelli spotlighted AI talent shortage as an area of concern. He pointed out that investing in AI skills is essential for both telecom and tech companies, as there remains a gap in expertise. While AI has become more accessible due to LLMs, the complexity of AI evaluation remains high. He noted that while setting up a basic AI model is relatively simple, ensuring its effectiveness requires deep expertise.

Okuda reiterated that AI solutions are crucial for improving connectivity in unconnected communities, which will drive demand for telecom services.

Finally, Cetkovic stated that there is always resistance and hesitation when it comes to new technologies. However, the key challenge lies in changing expectations and behavior to readily adapt to AI.

We should embrace GenAI as much as possible because it offers specialized solutions through extensive libraries that can address different problems. The more we explore and integrate AI, the more we can acclimatize to its use in daily operations. However, it’s also crucial to ensure safe, secure, and sustainable scaling of these technologies.

Future Outlook

May-Ann concluded that AI-driven digitization is reshaping industries. She highlighted that stakeholders must focus on the right value-based use cases to unlock AI’s full potential, akin to the shift from horse-drawn carts to cars.

This transformation requires creating an environment conducive to new ideas and drafting a long-term vision for progress. However, as the industry moves forward, the panelists demonstrated that it’s essential to ensure inclusivity in AI policies, address the shifting regulatory landscape, bridge the gaps in universal connectivity, and close the skills divide to ensure that AI benefits are accessible to all.

More on AI in Asia:

The Role of Artificial Intelligence in Driving Digital Economies in Asia

The Time is Now: Artificial Intelligence Spending Projected to Rise in Asia Pacific

Scaling Infrastructure to Support AI Growth in Japan, Indonesia, and Singapore

 

 

 

Vietnam Approves SpaceX’s Starlink for Trial Internet Service

Vietnam has granted SpaceX approval to trial its Starlink satellite internet service in the country. The trial period will run until the end of 2030 with no restrictions on foreign ownership; however, the project must comply with national defense and security regulations.

According to the government, during the trial, subscriber numbers will be capped at 600,000. The Ministry of National Defense, the Ministry of Public Security, and the Ministry of Science and Technology have been tasked with overseeing the implementation of the project.

Starlink’s permitted services in Vietnam will include fixed satellite internet access and private leased channel services for mobile receiving and transmitting stations. Additionally, mobile satellite services offering internet access at sea and on airplanes will also be available.

The satellite internet provider is currently operational in over 120 markets globally. Starlink previously conducted a test at an expo in Hoa Lac, Hanoi, in October 2023, where the recorded internet speed reached approximately 200 Mbps.

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Axiata Merger Approved: Reshaping Indonesia’s Telecom Industry

Axiata Group Berhad (Axiata) and Sinar Mas jointly announced that shareholders of PT XL Axiata Tbk (XL Axiata), PT Smartfren Telecom Tbk (Smartfren), and PT Smart Telcom (SmartTel) have officially approved the merger of the three companies.

With the endorsement from shareholders, the newly formed entity, XLSmart, will continue the essential roles played by XL Axiata and Smartfren in Indonesia’s telecommunications industry. By combining XL Axiata’s infrastructure and reach with Smartfren’s digital innovation, XLSmart is better equipped to serve consumers and businesses in the digital era. XLSmart, with a subscriber base exceeding 94.3 million, annual projected revenue of IDR 45.8 trillion, and an earnings before interest, taxes, depreciation, and amortization (EBITDA) of IDR 22.5 trillion, is well-positioned to lead the next phase of growth in Indonesia’s telecommunications sector. The merger is expected to generate significant cost synergies, with estimated annual pre-tax synergies of USD 300 to USD 400 million post-integration completion.

Following the merger, Axiata Group and Sinar Mas will become joint controlling shareholders, each holding a 34.8% stake in XLSmart, with equal influence over its strategic direction and decisions. Rajeev Sethi has been appointed as President Director and CEO of the newly formed company, supported by a strong executive team.

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Expanding Coverage

XLSmart will prioritize expanding network coverage, improving service quality, and driving digital innovation to meet the evolving needs of Indonesia’s telecommunications market. The merged entity will leverage Axiata’s regional expertise and Sinar Mas’s local knowledge to create a larger, financially robust organization.

Franky Oesman Widjaja, Chairman of Sinar Mas Telecommunications and Technology, stated, “We believe this consolidation is a crucial step toward creating a more robust telecommunications industry in Indonesia. By combining XL Axiata’s solid infrastructure with Smartfren’s customer-focused digital services, XLSmart will offer enhanced connectivity solutions that empower consumers and businesses while supporting the nation’s long-term digital aspirations. We are excited for the opportunity to drive meaningful progress for Indonesia’s digital economy, ensuring that our customers, partners, and stakeholders benefit from increased efficiency, broader coverage, and superior service quality.”

Vivek Sood, Group Chief Executive Officer of Axiata Group, added, “This merger marks a defining moment in Indonesia’s digital landscape. The confidence of our shareholders in approving this transaction underscores our vision to build a stronger, more resilient telecommunications entity that delivers value through scale, efficiency, and innovation. With XLSmart, we are poised to enhance customer experience, expand digital services, and contribute to the growth of Indonesia’s digital economy.”

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Mobilewalla Launches Market Flow in Asia

Mobilewalla is bringing its Market Flow solution to Asia, empowering broadband providers with data-driven intelligence for network and infrastructure planning, as well as customer acquisition and retention strategies.

Following its success in the United States (US), this solution is set to transform how Asian communication services and network infrastructure providers develop strategies in an increasingly competitive landscape.

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Market Flow delivers granular consumer insights by analyzing vast datasets of device usage, movement patterns, and digital behavior. Unlike traditional market intelligence tools, it provides detailed market share and subscriber flow insights across various geographical levels (from country to neighborhood), helping drive operational planning and competitive strategy.

It also offers analytics for all connection types, including fixed wireless access (FWA), mobile broadband (MBB), fixed broadband (FBB), fiber, digital subscriber line (DSL), and cable, providing insights at the product level. Additionally, Market Flow supports both residential and small to medium businesses (SMBs), equipping providers with a comprehensive understanding of market dynamics.

Anindya Datta, CEO, Mobilewalla, said, “Broadband providers across the US have leveraged Market Flow to refine their strategies, reduce churn, and maximize network investments. By bringing this proven solution to Asia, we are enabling telcos to make smarter, faster, and more efficient business decisions in a dynamic market.”

As broadband usage increases in Asia, network providers need to improve their infrastructure and customer engagement strategies to meet the growing demand. Market Flow offers a data-driven solution that helps operators enhance network expansion planning, attract new customers through targeted campaigns, and retain valuable subscribers by predicting churn patterns.

“The competitive broadband market in Asia requires a deeper understanding of consumer behavior. Market Flow provides broadband providers with the intelligence they need to develop sharper competitive strategies and drive growth,” Datta concluded.

Broadband in Asia:

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NTT, DOCOMO, and NEC Achieve Record 140 Gbps Wireless Transmission Using OAM Technology

NTT Corporation, NTT DOCOMO, INC., and NEC Corporation successfully demonstrated real-time, bidirectional wireless transmission in the 71 GHz-to-86 GHz millimeter wave band, reaching a record-breaking bit rate of 140 Gbps (an unprecedented bit rate for sub-100 GHz frequencies).

To do so, the companies utilized orbital angular momentum (OAM) mode multiplexing transmission technology. This technology enhances wireless transmission capacity by simultaneously sending multiple radio waves, each carrying distinct signals using different OAM modes. Additionally, OAM-mode control technology extends transmission distances by leveraging reflected paths. By adjusting the phase difference of signals from the transmitting antenna, OAM creates spiraling wave patterns that can be separated at the receiving end using inverse-reception technology.

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NEC developed a real-time, OAM-mode multiplexing system capable of transmitting signals at a maximum rate of 70 Gbps per direction using a 1 GHz bandwidth in the E-band (71 GHz to 86 GHz). By enhancing digital signal processing circuits, NEC achieved a 2.6x increase in modulation rate to 300 Mbaud, supporting bidirectional communication. DOCOMO expanded the application scenarios by conducting reflection-based transmission experiments using OAM-mode inverse-reception technology. NTT further contributed by devising a circuit that doubles transmission bandwidth and implementing OAM-mode control for long-distance and reflection-based transmission.

Using eight orthogonal OAM modes and high-order 256QAM modulation, the companies achieved wireless transmission with a bandwidth of 500 MHz, attaining 139.2 Gbps over a 22.5-meter distance, 139.2 Gbps over 22.5 meters, 104.0 Gbps over 45 meters, and 139.2 Gbps over 22.5 meters. This achievement marks a significant step toward the realization of high-capacity wireless communications for 6G and beyond.

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With bit rates exceeding 100 Gbps, this advancement paves the way for the integration of both optical-fiber and wireless communication lines between fixed stations. Such high-speed, wireless connections could support flexible backhaul networks, improve connectivity at large-scale events, and provide temporary network solutions during natural disasters. These advancements are set to play a critical role in future applications such as high-definition (HD) video streaming, augmented and virtual reality (AR/VR) experiences, autonomous driving systems, and remote medical procedures.

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5G Expansion to Drive Singapore’s Telecom Revenue Growth

The increasing use of 5G services in Singapore is expected to boost revenue and innovation in the telecom industry, offsetting the decline in mobile voice service revenue. By the end of 2029, the total mobile service revenue in the country is projected to reach USD 2 billion, growing at a steady compound annual growth rate (CAGR) of 0.8% from 2024 to 2029, according to GlobalData.

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GlobalData’s Singapore Mobile Broadband Forecast (Q4-2024) indicates that mobile voice service revenue will decrease at a CAGR of 5.4% over the forecast period due to the increasing use of over-the-top (OTT) communication platforms by consumers, leading to a drop in voice service average revenue per user (ARPU). On the other hand, mobile data service revenue is expected to grow at a healthy CAGR of 5.2% between 2024 and 2029, driven by the rising consumption of mobile data services and the expected increase in higher-ARPU 5G subscriptions as 5G services become more widely available in the country.

Kantipudi Pradeepthi, a Telecom Analyst at GlobalData, predicts that 4G will remain the dominant mobile technology in terms of subscriptions until 2024. However, 5G subscriptions are expected to surpass 4G subscriptions in 2025 and are projected to make up 90% of total mobile subscriptions by the end of 2029. This growth in 5G subscriptions will be fueled by the increasing demand for high-speed data services, the ongoing expansion of 5G networks by mobile network operators (MNOs), and the subsequent increase in 5G service availability nationwide.

Singtel is expected to maintain its lead in the mobile services market in terms of subscriptions through 2029, due to its strong presence in both prepaid and postpaid segments and its focus on developing and expanding 5G networks across the country. In February 2025, Singtel upgraded its 5G service to 5G+ by deploying the 700 MHz spectrum, resulting in stronger signals (up to 40%) in high-rise indoor and underground locations, wider coverage in remote areas, and improved connectivity for consumers and businesses.

Pradeepthi concluded, “Singapore’s telecom market is undergoing a pivotal transformation, with 5G adoption serving as the key driver of future growth. The shift towards data-centric services, coupled with strong infrastructure investments by major players like Singtel, will not only sustain market stability but also pave the way for innovation in IoT (Internet of Things), M2M (machine-to-machine) services, and advanced connectivity solutions, positioning Singapore as a regional telecom leader.”

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Globe Teleservices, CelcomDigi Partner to Enhance SMS Security

Globe Teleservices Pte. Ltd. (GTS) has signed an exclusive three-year deal to implement its advanced application-to-person (A2P) SMS firewall solutions for CelcomDigi, the largest mobile network operator (MNO) in Malaysia.

This partnership aims to protect millions of mobile users from fraudulent messages and scams, ensuring a smooth and high-quality messaging experience.

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As mobile messaging becomes increasingly important for businesses and consumers, phishing, spam, and SMS fraud are on the rise. GTS’s cutting-edge SMS firewall offers real-time threat detection and filtering, blocking harmful content before it reaches users.

By halting unauthorized traffic and securing message pathways, GTS ensures customers only receive trustworthy communication from legitimate businesses.

Ashutosh Agrawal, Group CEO of GTS, stated, “Our team is excited to collaborate closely with CelcomDigi to drive the future of A2P messaging in Malaysia. This contract reinforces our commitment to supporting telecom operators globally with secure and reliable messaging services.”

With a strong global presence, GTS continues to lead the way in telecom security innovation, helping mobile operators protect their networks while improving customer trust and communication efficiency.

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Converge Targets 11 Million Fiber Ports by 2027

Converge ICT Solutions Inc. is setting its sights on expanding its fiber network to 11 million ports by 2027 as it aims to grow its subscriber base, particularly in remote areas.

CEO and Co-founder, Dennis Anthony Uy, announced the company’s plans to install additional fiber lines in third- and fourth-class municipalities over the next two years. Converge intends to address the lack of broadband access in the underserved areas of Visayas and Mindanao, targeting four million subscribers by 2027.

To reach this goal, Uy said Converge will deploy at least two million new ports across the country by 2027. Currently, its fiber network has 8.96 million lines, with 2.56 million utilized by residential and enterprise clients.

Through 2025, Converge is increasing its capital expenditure (CapEx) from PHP 20 billion (USD 348.68 million) to PHP 25 billion (USD 435.85 million), allocating PHP 12 billion (USD 209.21 million) to network infrastructure expansion. The firm will also invest PHP 7 billion (USD 122.04 million) to complete two subsea cables and PHP 5 billion (USD 87.17 million) to construct two data centers.

The Bifrost Cable System and the South-East Asia-Hainan-Hong Kong Express Cable System are expected to go live this year, enhancing Converge’s data transfer capabilities. Additionally, the company is launching new data centers in Caloocan City and Pampanga to meet its growing data storage needs.

Converge’s Chief Commercial Officer, Benjamin Azada, expressed confidence in achieving the four million subscriber target, citing the strength of its service portfolio and expanding coverage.

On the financial front, Chief Financial Officer, Robert Yu, said Converge is exploring strategic partnerships such as an asset-sharing agreement with Sky Cable Corp. to maximize fiber utilization. While the company is considering a return to the bond market if interest rates fall, Yu emphasized that Converge remains well-funded through its revenue.

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Australia’s Mobile Revenue to Grow, Driven by 5G Expansion

The total revenue from mobile services in Australia is expected to grow at a rate of 3.4% annually, increasing from USD 9.6 billion in 2024 to USD 11.3 billion in 2029.

This growth will be driven by an increase in revenue from mobile data services, according to GlobalData. GlobalData’s research shows that the growth in revenue from mobile data services will offset the decline in revenue from mobile voice services during the forecast period.

While revenue from mobile voice services is expected to decrease by 2.7% annually from 2024 to 2029 due to consumers shifting towards over-the-top (OTT) communication platforms, revenue from mobile data services is projected to increase by 4.5% annually.

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This growth will be fueled by the rising number of mobile internet subscriptions, the increasing adoption of 5G services, and a rise in the average revenue per user (ARPU) for mobile data. Neha Mishra, a Telecom Analyst at GlobalData, noted that the average monthly mobile data usage in Australia is predicted to rise from 14.1 GB in 2024 to 25.8 GB in 2029. This increase is being driven by the growing consumption of online video and social media content on smartphones as a result of data-focused 4G/5G plans from telcos.

GlobalData anticipates a growth in 5G service adoption over the forecast period, as consumers seek high-speed connectivity and major telecom operators expand their 5G networks across the country. For example, Telstra aims to extend 5G coverage to 95% of the population by the end of 2025.

By 2029, 5G subscriptions are expected to make up 86% of all mobile subscriptions. Mishra concluded that Telstra was the leader in the mobile services market in Australia in terms of subscriptions in 2024, followed by Optus. Telstra is expected to maintain its top position through 2029, supported by its focus on expanding and modernizing its 5G network.

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BSNL Gears Up for 5G Launch

State-owned Indian telecom operator, Bharat Sanchar Nigam Limited (BSNL), plans to begin its 5G rollout in the coming months.

Currently, the company is focused on deploying 4G sites, aiming to reach 100,000 sites by June 2025. To date, BSNL has activated over 75,000 sites, with more than 80,000 already installed. The operator expects all 100,000 sites to be operational by the targeted deadline.

India’s Union Telecom Minister, Jyotiraditya Scindia, mentioned that the goal is to have all 100,000 sites operational by May-June 2025, with a planned transition from 4G to 5G expected to begin in June.

BSNL is expected to continue its 4G network expansion beyond the 100,000-site milestone. The telecom operator is likely to extend its collaboration with Tata Consultancy Services (TCS) for additional 4G deployments. Despite the significant achievement, the current site count remains insufficient to cover the entirety of India’s vast landscape.

Regarding its 5G plans, BSNL is preparing to test 5G standalone (5G SA) technology in Delhi. The telco also has the flexibility to upgrade its existing 4G sites to 5G non-standalone (5G NSA) through a simple software update, facilitated by TCS. Tata Group has assured that the transition to 5G NSA will be seamless.

BSNL stands out as the only Indian telecom operator deploying indigenous 4G technology. BSNL’s rollout aligns with the government’s emphasis on self-reliance and national security. The decision to utilize homegrown technology underscores India’s commitment to fostering domestic telecom innovation.

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SoftBank, E2A Consortium Launch 12,500-km Submarine Cable System

SoftBank Corp., a member of the E2A Consortium, will begin constructing a new submarine cable system called E2A. This system will connect Japan, Taiwan, South Korea, and the United States.

The consortium has selected Alcatel Submarine Networks (ASN) to build this advanced transpacific fiber optic network, spanning approximately 12,50 km. The goal is to greatly improve digital connectivity between Asia and North America.

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Due to the increasing demand for cloud computing, data processing, and next-generation mobile networks, there is a greater need for high-capacity, low-latency infrastructure. The E2A project signifies an advancement in global communications, offering exceptional performance, scalability, and reliability, while also incorporating sustainable design principles.

The E2A submarine cable system will link key digital hubs in Asia and North America, with landing points in Maruyama (Chiba, Japan), Toucheng (Taiwan), Busan (South Korea), and Morro Bay (California, USA). This system will serve as a strong backbone for artificial intelligence (AI) applications, data centers, and cloud services, ensuring fast connectivity across the Pacific and within Asia.

The E2A cable will feature the latest submarine network technology, including 12 fiber pairs delivering over 192 Tbps of capacity, an open cable system architecture for scalability and multi-operator connectivity, 18 kV of power-feeding technology for efficiency, and optimized latency for next-generation computing applications and digital services. The E2A submarine cable system is expected to be ready for service in the second half of 2028, significantly expanding digital capabilities across the Pacific.

SoftBank, serving as the Japan landing station for E2A, will provide the SoftBank Maruyama Landing Station in Minamiboso-City, Chiba Prefecture. This station is a landing point for various submarine cables, including JUPITER and ADC. SoftBank aims to enhance global, stable platforms for the AI era by building infrastructure for international submarine cables connecting Japan, the United States, and other parts of Asia.

Teruyuki Oya, Vice President, Head of the Mobile and Network Division, Technology Unit, SoftBank Corp., stated, “We are excited to start the project for a new submarine cable connecting east Asia and the United States. As AI becomes more prevalent, the importance of international submarine cables connecting Japan, the United States, and other parts of Asia as information highways is growing. SoftBank is committed to developing global, stable platforms for the AI era.”

SoftBank will continue to provide reliable services to meet global mobile network demands and contribute to the telecommunications industry by serving as a key hub for international submarine cables in Japan.

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Global Telecom Equipment Revenues Fell 11% in 2024

Early findings show that global telecom equipment revenues in six categories tracked by Dell’Oro Group—broadband access, microwave and optical transport, mobile core network (MCN), radio access network (RAN), and service provider (SP) router and switch—dropped by 11% in 2024 compared to the previous year.

This indicates the largest annual decline in over 20 years, with a decline of over 20% seen back in 2002. This has led to a total equipment revenue decrease of 14% over the past two years.

Related: APAC Mobile Revenue to Grow 2.8% Annually, Driven by 5G

The decline was widespread across telecom segments and was influenced by factors such as excess inventory, a challenging macro environment, and tough 5G comparisons. In the fourth quarter of 2024, growth in North America and Europe, the Middle East, and Africa (EMEA) helped stabilize the market, offsetting weak demand in the Asia Pacific, including China.

The decline in 2024 varied across the six telecom segments. Optical transport, SP routers, and RAN experienced double-digit contractions, shrinking by 14% collectively. Microwave transport and MCN experienced a more moderate decline in the low single digits, while broadband access revenues remained relatively stable.

Regional trends in 2024 were mixed. While all five regions—North America, EMEA, Asia Pacific, China, and the Caribbean and Latin America (CALA)—experienced slow growth, the decline was most significant in the broader Asia Pacific region due to challenging conditions in China and other parts of the Asia Pacific.

Globally, supplier rankings remained mostly unchanged; however, revenue shares shifted slightly. For example, Huawei‘s revenue share outside of China increased by 2-to-3 percentage points (PP) in 2024 compared to 2021.

Market concentration remained stable, with the top eight suppliers making up around 80% of the global market in 2024. Market conditions are expected to stabilize in 2025, although it will still be a challenging year. Analysts predict that global telecom equipment revenues across the six sectors will remain flat.

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PhilTower MIDC, DITO Partner to Expand Telecom and Connectivity

PhilTower MIDC and DITO Telecommunity Corporation have entered a strategic agreement to enhance telecommunications infrastructure across the Philippines.

The deal will focus on colocation management to accelerate network expansion and improve digital access nationwide. Under the memorandum of understanding (MoU), PhilTower MIDC will provide colocation management services for DITO’s telecom infrastructure. This arrangement will streamline maintenance operations and facilitate access to third-party operators, promoting more efficient use of resources.

Ernesto R. Alberto, CEO of DITO Telecommunity Corporation, hailed the agreement as a transformative step for Philippine connectivity. “Our mission has always been to break barriers and provide Filipinos with world-class connectivity,” said Alberto.

PhilTower MIDC President and CEO, Devid H. Gubiani, emphasized the significance of infrastructure sharing in advancing connectivity. “Through this, we are opening an additional 6,500 towers for sharing among mobile network operators (MNOs), hastening the expansion of connectivity across the Philippines,” he noted.

The partnership is expected to accelerate digital transformation, particularly in underserved and remote areas, and facilitate the adoption of emerging technologies.

In addition to advancing network coverage, the collaboration supports sustainable development by reducing redundant infrastructure. It also aligns with the Department of Information and Communications Technology’s objectives: to optimize resources and minimize environmental impact through shared infrastructure solutions.

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SK Telecom Replaces SIMs Following Data Breach

SK Telecom began replacing the mobile SIM chips of its 23 million users on April, 28, due to a data breach through which it was hacked with malicious code, resulting in numerous customers’ personal information being compromised.

Related: SK Telecom Hit by Cyber Attack

This led to the government ordering a review of South Korea’s data protection system. SK Telecom has not disclosed the extent of the damage or the identity of the attackers. The company stated that they will replace the universal subscriber identity module (USIM) chips for free at 2,600 carrier stores nationwide.

SK Telecom has encouraged users to sign up for an information protection service. The company explained that they currently have less than 5% of the necessary USIM cards for their customer base and plan to obtain an additional five million chips by the end of May.

Why the Next Big Thing in Tech Is Under the Sea

With international traffic emerging as a high-growth area and global connectivity demands accelerating, especially due to artificial intelligence (AI) and cloud-based workloads, Ciena is responding to these shifts through innovation, strategic partnerships, and technological leadership.

In an exclusive interview with Telecom Review Asia, Brian Lavallée, Senior Director of Market and Competitive Intelligence at Ciena, shed light on the transformative trends shaping the submarine cable industry in 2025 and beyond.

From Ciena’s perspective, what major trends are shaping the evolution of the submarine cable industry in 2025 and beyond?

According to TeleGeography’s IP Networks Research Service, Asia is the world’s second-fastest growing region for international traffic and remains a key hub of internet activity.

To address the surging bandwidth needs of the transpacific corridor, as well as intra-Asia demands, there’s been a surge in submarine cable construction from global hyperscalers, wholesale network providers, and consortia. Additionally, submarine cable operators in the region are constantly looking at how they can upgrade their cables to sustainably expand existing capacity while remaining adaptable to inevitable change due to constantly changing market conditions and increasing geopolitical challenges.

For example, due to geopolitical sensitivities and growth in emerging markets, several new transpacific cables and associated cable landing stations (CLS) have been announced in Asia, including Japan, Taiwan, the Philippines, and Singapore, resulting in much needed increases in cable routes and landing station diversity.

Today, innovative technologies are available to allow capacity to be flexibly added to transoceanic corridors, extend the life of existing wet plant assets, open traditionally closed wet plants to best-of-breed vendors, and enable unprecedented capacities on both existing and new submarine cables.

Along with operations software, data-driven analytics, and intelligent automation, these advancements significantly improve submarine business agility and margins.

AI is expected to become a powerful force, requiring more submarine network bandwidth. While much of today’s AI traffic is concentrated within and between terrestrial data center campuses, this dynamic is changing. As machine-to-machine (M2M) communications increase, AI workloads, such as training and inferencing, are expected to “spill out” to the rest of the global network and place demands on long-haul, overland, and undersea networks.

At the same time, we see a critical need for greater industry-wide collaboration. The submarine networking space cannot operate in silos. Network operators, technology vendors, cloud providers, policymakers, and academic institutions all have a role to play in ensuring we build scalable, sustainable, and secure networks for the future. The challenge, and opportunity, lies in breaking down historical technical, operational, and institutional barriers to strengthen cross-industry connections as demand and complexity continue to grow across critical submarine network infrastructure.

Are there any specific regional dynamics or deployment strategies that Ciena sees as particularly promising in the submarine cable space?

The momentum in the submarine cable space is not confined to one geography. New opportunities are emerging across several key regions to meet localized demands.

In the Europe, Middle East, and Africa region, for example, we’ve seen a wave of investment in new cable routes that are dramatically improving international connectivity and expanding internet access to historically underserved communities and nations. Specifically, the 2Africa cable system, set to go live in late 2025, will span 45,000 kilometers and will be the world’s longest submarine network system connecting 33 countries.

In the Asia Pacific, the transpacific corridor continues to be a critical focus for hyperscalers, wholesale network providers, and consortia. The demand for bandwidth in this region is growing rapidly, with cities like Kuala Lumpur (Malaysia) and Jakarta (Indonesia) emerging as fast-growing hubs for international traffic in Q1, 2025, according to TeleGeography. To meet these needs, network operators are not only constructing new cables but prioritizing upgrades to address both intra-Asia and transoceanic demands.

The key enabler in all of this is constant and relentless innovation. Today, innovative new technologies are enabling unprecedented capacities on both existing and new submarine cables to extend the life of undersea network assets. Coupled with cutting-edge software for network operations, data-powered analytics, and intelligent automation, these advancements are enhancing submarine network agility and improving margins, allowing operators to respond more dynamically to future-proof their assets.

How is Ciena leveraging its optical networking expertise to address the growing demands of data-intensive applications, including those set to be driven by AI and ever-expanding cloud infrastructure?

Over a decade ago, we redefined the model for undersea and terrestrial backhaul with GeoMesh Extreme.

We were the first supplier to deploy coherent optical transmission on submarine networks via WaveLogic Extreme, and today, our innovations have enabled huge increases in data traffic over submarine networks and a more than 90% reduction in watts/gigabits per second in our customers’ networks.

GeoMesh Extreme, powered by our latest WaveLogic 6 Extreme technology, will allow for 1Tbps wavelength transmission across 12,000 km of submarine network links, representing a world first.

Can you discuss Ciena’s recent partnerships and how these collaborations are influencing advancements in the submarine cable ecosystem?

Ciena is a market leader in the submarine line terminal equipment (SLTE) upgrade market, and this is a testament to our technical leadership and the trust we’ve earned by consistently delivering real-world results over production networks carrying live traffic. Ciena’s approach to submarine networks is more than just technology; it’s about enabling seamless and reliable connectivity between submarine, terrestrial, and cloud networks. We’re dedicated to helping operators of all kinds build networks that can sustainably scale and evolve to meet the demands of an increasingly interconnected, AI-driven world. We are proud to work alongside some of the most visionary operators worldwide, including Southern Cross, Colt, and Aqua Comms.

Many of these collaborations have resulted in industry milestones, such as when Southern Cross connected two key centers via Ciena’s WaveLogic 6 Extreme, in the industry’s first 1 Tbps implementation across the Pacific Ocean. With WaveLogic 6 Extreme’s leading-edge coherent optical technology, Southern Cross can provide an end-to-end connectivity solution across higher-capacity wavelengths, using less space and power and capably delivering 400-GbE and 800-GbE client services.

Similarly, Colt also completed a successful trial of the first-ever 1.2 Tbps wavelength transmission across the Atlantic, using Ciena’s GeoMesh Extreme powered by our WaveLogic 6 Extreme. Following the successful trial, Colt plans to deploy WaveLogic 6 Extreme in its production network to push transatlantic network performance to new limits while improving energy efficiency.