Cyber-Hardened Networking
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Actelis Networks Secures Japanese Governmental Order for Cyber-Hardened Networking Solutions for Critical Infrastructure
Globenewswire· 2026-03-11 12:45
Core Insights - Actelis Networks has received a significant order from a Japanese governmental entity for its MetaLight networking solutions, aimed at modernizing critical civil and defense infrastructure in Japan [1][2]. Group 1: Order Details - The order involves the deployment of dozens of MetaLight units across various critical infrastructure environments, including transportation networks, utilities, and public safety systems, with potential applications in defense [2][3]. - MetaLight solutions provide secure, high-performance connectivity over existing copper wiring, allowing for rapid network modernization without the need for new fiber installations [2]. Group 2: Market Position and Strategy - Actelis has a history of supplying solutions for highway and rail systems in Japan, and this new order expands its presence in the Japanese public agency market [3]. - The Japanese government is focusing on digital infrastructure development, as highlighted in the "Digital Infrastructure Development Plan for 2030," which emphasizes the need for modernized network environments and security [3]. Group 3: Company Perspective - The CEO of Actelis emphasized the importance of mission-critical reliability and security in their offerings, positioning the company as a leader in providing secure, rapid-deployment networking solutions for critical assets [4]. - Actelis' ability to deliver fiber-grade performance over existing infrastructure, combined with its cyber-hardened architecture, makes it a preferred choice for organizations prioritizing reliability and security [4]. Group 4: Company Overview - Actelis Networks is recognized as a market leader in hybrid fiber and cyber-hardened networking solutions, catering to various sectors including government, military, and utilities [5]. - The company offers a portfolio that combines fiber-grade performance with the cost-efficiency of hybrid fiber-copper networks, along with AI-based cyber monitoring to enhance network security [5].