Japan Network Automation Market Report: Trends, Growth and Forecast (2026-2032)

Japan Network Automation Market Challenge

Legacy Infrastructure and Digital-Skills Shortages Slowing Automation Deployment

Adoption in the Japan network automation market is being limited by the continued use of older network and information-technology systems. Many legacy systems lack standard software interfaces, updated network records, and central management functions. Companies must assess existing infrastructure, replace incompatible equipment, standardize configurations, and test automated changes carefully before deploying automation across wider business operations and network environments nationally.

According to the Information-technology Promotion Agency, Japan (IPA), 85.1% of Japanese companies reported shortages of personnel required to support digital transformation. Although this figure covers the digital workforce, it indicates limited availability of professionals who can manage system upgrades, integrate older and newer networks, and implement complex automation projects without creating operational disruption, delays, or additional consulting requirements across Japan.

During 2026–2032, legacy-system complexity and workforce shortages may extend implementation timelines and increase migration, consulting, training, and testing costs. Companies are therefore expected to introduce automation gradually instead of replacing complete networks. Vendors providing infrastructure assessments, configuration audits, migration support, employee training, and managed network services will be better positioned to address these barriers and secure long-term contracts over time.

Japan Network Automation Market Trend

Convergence of Network Access and Cybersecurity Policy Management

The Japan network automation market is witnessing closer integration between network management and cybersecurity administration. Organizations increasingly manage connectivity, user identity, device access, application permissions, and security rules through unified platforms. This approach allows businesses to apply consistent access controls across offices, data centers, cloud services, remote employees, and connected devices while reducing separate manual processes and policy-management complexity nationally.

According to the National Institute of Information and Communications Technology (NICT), approximately 701 billion cyberattack-related packets were observed through its NICTER network in 2025, increasing about 2.2% from 2024. The institute also recorded 900,000 distributed reflection denial-of-service attacks targeting Japan, compared with around 170,000 in 2024, highlighting rising pressure on network and security operations teams and increasing operational security requirements.

During 2026–2032, rising security requirements will increase demand for platforms combining network configuration, identity-based access, policy enforcement, traffic control, and security monitoring. Organizations will adopt zero-trust network access, secure access service edge, automated segmentation, and centralized policy management. These solutions will help apply consistent security rules across distributed networks while reducing manual administration and response times in Japan over time.

AI-Based Predictive Assurance and Automated Network Restoration

Technology development in the Japan network automation market is moving from fixed scripts and basic alerts toward systems that can predict faults and support automatic recovery. Artificial intelligence can analyze traffic, equipment performance, and network behavior to identify early warning signs. Digital network models can also test routing changes and recovery actions before operators apply them to live infrastructure environments.

According to the National Institute of Information and Communications Technology (NICT), evaluations found that cooperation between network operators could increase communication services restored immediately after disruption by 78%. Cooperation between cloud and network operators could increase immediately restored cloud services by 97%. These findings reflect research and proof-of-concept evaluations rather than completed nationwide commercial deployment across Japan’s network infrastructure currently.

During 2026–2032, predictive fault analysis, automated path switching, digital-network testing, and controlled recovery will help reduce downtime and manual intervention. Telecom operators, cloud providers, and large enterprises will create demand for systems offering accurate analysis, human approval for high-risk changes, clear operational decisions, and reliable rollback functions. These capabilities will strengthen service continuity across Japan’s increasingly digital economy over time.

Japan Network Automation Market Opportunity

Energy-Aware Automation for Telecom and Data-Centre Networks

The Japan network automation market presents a growing opportunity in managing electricity use across telecom and data center networks. Routers, switches, optical systems, servers, and cooling equipment operate continuously, including during periods when installed capacity remains underused. Automated control can adjust network resources according to traffic and workload requirements, helping operators reduce unnecessary power consumption without affecting service performance over time.

According to the Agency for Natural Resources and Energy (ANRE), under the Ministry of Economy, Trade and Industry (METI), Japan’s electricity demand could reach approximately 0.9 trillion to 1.1 trillion kilowatt-hours in fiscal 2040. The government expects demand to increase partly because of new data centers, semiconductor plants, and other digital infrastructure requiring electricity supply and energy management over time.

During 2026–2032, this development will create demand for energy-aware routing, automatic capacity consolidation, scheduled equipment activation, low-power operating modes, and workload-placement software. Network automation providers can generate revenue through optimization platforms, equipment-control systems, consulting, and recurring managed services. Suppliers that reduce power costs without lowering network performance will gain stronger commercial opportunities across Japan’s expanding digital infrastructure market over time.