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Network automation is a technology that has the potential to significantly improve operations and stimulate growth in Asian organizations as they undergo digital transformation. This technology facilitates corporate expansion in various marketplaces in Asia, where the need for scalability and adaptability is one of the primary concerns.

Network automation is becoming increasingly important for enterprises who are planning to develop and protect their operations. According to a study by Fortune Business Insights, the worldwide network automation market is projected to reach USD 22.58 billion by 2027, with a compound annual growth rate (CAGR) of 24.2%. This growth is evidently driven by the constant evolution of trends in the industry, thus, manufacturers must consistently adapt in order to maintain their competitive edge.

Understanding Network Automation

According to Cisco, network automation involves automating several tasks such as configuration, management, tests, deployment, and operation of physical and virtual devices inside a network. It is highly regarded for its capacity to enhance efficiency and reliability. Through the automation of routine tasks and the management of repetitive processes, the availability of network services can be greatly enhanced, which, in turn, has a positive impact on how networks are controlled.

Network automation is considered to be an adaptable technology that can be applied to any type of network. Data centers, service providers, and companies have access to both hardware and software solutions, wherein network automation is utilized to increase efficiency, reduce human error, and decrease operational expenses. Network automation is able to simplify operations and strengthen the network infrastructure by reducing the risks associated with human operations.

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The Growth of Network Automation

The growing complexity and market size of network infrastructure are among the key factors driving the increase in demand for network automation. Companies are adopting cloud-based services and using emerging technologies like the Internet of Things (IoT) and 5G as part of their digital transformation efforts. This change requires sophisticated network automation systems that can effectively handle and coordinate various network environments. Automation facilitates the optimization of network provisioning, configuration, and troubleshooting procedures within businesses, resulting in a substantial decrease in human errors and an enhancement in the overall dependability and efficiency of the network.

Consequently, this growing 5G adoption in Asia is expected to generate new prospects for automation, facilitating a more seamless and more effective network management. Moreover, the increasing number of IoT devices will result in robust and adaptable network solutions, thereby boosting the need for automation.

Another essential factor fueling the growth of network automation solutions is the growing priority and emphasis on network security and compliance. Due to the increasing frequency and complexity of cyber threats, organizations are placing greater emphasis on security automation in order to improve their capacities in detecting threats, responding to incidents, and managing compliance. Network automation solutions facilitate the implementation of security measures, the enforcement of access controls, and the real-time monitoring of network activities, allowing companies to proactively identify and mitigate cyberattacks.

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By automating security functions, such as managing patches, scanning for vulnerabilities, and enforcing safety measures, businesses are able to enhance their security position and minimize their vulnerability to cyber threats. Moreover, these solutions guarantee adherence to regulatory mandates.

However, there is still a possibility of security risks despite automating these networks. One challenge hindering the further expansion of network automation is the concern that automated systems might overlook security vulnerabilities or impose excessive restrictions on networks. The lack of common regulations exacerbates these concerns, forcing companies to navigate through a complex network of different configuration commands and associated risks.

Despite these challenges, advancements in technology offers significant potential for growth and progress. As industries transition to digital processes, the complexity of network applications increases, making automation a crucial factor in enhancing performance. This technological evolution promises greater benefits and drives the need for more sophisticated network automation solutions. Intent-based networking has become a foundation for businesses to navigate their digital transformation journeys. Additionally, software-defined networks are introducing a novel approach that allows flexibility and efficiency in managing networks.

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Network Automation Use Cases Across Asia

Several companies in Asia are actively incorporating network automation into their operations to drive efficiency, resilience, and cost savings. Converge, for instance, is leveraging AI and automation within its network operations, demonstrating a commitment to enhancing its infrastructure's capabilities. Similarly, B-Yond is implementing end-to-end automation to bolster network resilience, ensuring reliable performance across its operations.

Nokia, a prominent player in the telecommunications sector, emphasizes the cost-saving potential of network automation, suggesting that operators can avoid up to 65% of operational costs by adopting IP network automation. Moreover, Nokia has collaborated with LG Uplus on a network automation project, showcasing a collaborative approach to advancing automation technologies in the region.

In Malaysia, Time dotCom and Huawei have joined forces to launch the country's first SRv6 network, signaling a significant milestone in network modernization efforts. This initiative underscores the role of automation in enabling the deployment of innovative network architectures. Additionally, Comarch's end-to-end OSS solution has been instrumental in driving KDDI's 5G standalone network, highlighting the critical role of comprehensive automation solutions in facilitating the transition to advanced network technologies.


The future of network automation in Asia remains promising, as ongoing progress in AI and machine learning (ML) is expected to drive additional breakthroughs in this segment. The implementation of this technology will likely speed up as businesses become more aware of the advantages of automation.

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