RockCloud-基石云安全-官方博客
Game Shield Private Protocol Encapsulation and Full-Protocol Forwarding: A Protection Architecture Against TCP/UDP Non-Standard Port Attacks
As game attacks evolve from traditional traffic floods to precise probing and mixed attacks against TCP/UDP non-HTTP interfaces, standard web protection alone can no longer cover core combat and multiplayer logic. This article provides an in-depth analysis of how Game Shield builds a full-protocol game defense line through private protocol encapsulation, distributed edge node forwarding, and seamless switching mechanisms without modifying the origin server.
New Trends in Global Acceleration Networks: How to Achieve Ultra-Fast Cross-Border Access While Ensuring Business Security?
An analysis of the latest trends in global acceleration networks and how RockCloud's anti-DDoS CDN enables end-to-end security and access optimization for businesses facing dual needs of anti-DDoS protection and cross-border acceleration.
Beyond DDoS: Why Your Business Needs Smarter Layer 7 Defense?
Beyond DDoS traffic attacks, application-layer security threats are becoming increasingly stealthy. This article explores the automation scanning and vulnerability attack risks faced by Web applications today, and introduces how RockCloud's intelligent WAF enables one-click defense and automated compliance.
Why DDoS Attacks Cause Mass Disconnects in Games: How Game Shield Switches Nodes Without Dropping Connections
Real-time competitive and card games facing DDoS or TCP/UDP protocol attacks often suffer not just packet loss but mass disconnections, state rollbacks, and reconnection avalanches. This article breaks down three core protection mechanisms of Game Shield: private protocol encapsulation, distributed edge forwarding, and seamless node switching under attack, enabling full TCP/UDP protocol forwarding and preventing disconnections.
Defense Architecture Evolution and Traffic Scrubbing Practice Guide Against UDP Flood Attacks
A comprehensive guide covering the latest UDP Flood trends, attack mechanisms, layered defense strategies, and practical deployment practices with RockCloud's high-protection services.
