e-Chen and Radware Form Strategic Alliance to Enhance Cybersecurity Resilience

Central News Agency (Reporter Jiang Ming-yan, Taipei, May 5th) e-Chen Telecom today announced a strategic alliance with global cybersecurity giant Radware to launch ''Aegis Pro Defense Service.'' This service integrates e-Chen''s AI smart data centers and backbone network resources with Radware''s traffic scrubbing technology to build a cybersecurity defense network for enterprise customers. In response to the escalating scale and complexity of DDoS (Distributed Denial of Service) attacks, e-Chen Telecom today issued a press release announcing its strategic alliance with global cybersecurity giant Radware to launch the ''Aegis Pro Defense Service.'' Shao Hong-chia, Chairman of e-Chen Telecom, stated that e-Chen has deep roots in the data center domain, possessing the most extensive domestic and international network exchange nodes in Taiwan. Network connection stability has become a core lifeline for enterprises to maintain business competitiveness. The ''Aegis Pro Defense Service'' leverages e-Chen''s backbone scheduling capabilities, integrating defense mechanisms with e-Chen''s Internet services to provide robust defense capabilities. This ensures that during an attack, the cleaned, legitimate traffic receives bandwidth guarantees, preventing external connection bandwidth from being compromised and achieving the goal of zero service interruption. Li Zheng-wei, General Manager of Radware Taiwan & Hong Kong, pointed out that service providers are seeking ways to deliver high-performance security services without impacting network experience. This collaboration showcases Radware''s hybrid architecture, which realizes localized protection while offering seamless cloud scalability. (Editor: Chang Chun-mao) 1150505 Choose to stand with facts; every donation protects the power of press freedom. Download the Central News Agency ''First-hand News'' APP to grasp the latest news instantly. The text, images, and videos on this website may not be reproduced, publicly broadcast, or publicly transmitted and utilized without authorization.