NGINX App Protect DoS accelerates defense against Layer 7 DDoS attacks by leveraging eBPF with XDT to enforce rules in kernel space, effectively blocking attacks at Layer 4.
Automate Security with F5 NGINX App Protect and F5 NGINX Plus to Reduce the Cost of Breaches
Lower data breach costs by 80% by adding automation and AI into your security solution with F5 NGINX App Protect and F5 NGINX Plus for DoS protection, WAF, and authentication and authorization.
Secure Your gRPC Apps Against Severe DoS Attacks with NGINX App Protect DoS
gRPC provides the speed and flexibility developers need to design and deploy modern applications, but its open nature makes it highly vulnerable to Layer 7 DoS attacks. NGINX App Protect DoS protects your gRPC apps from these crippling attacks.
Protecting Your Apps from Layer 7 DoS Attacks with NGINX App Protect Denial of Service
Modern DoS attacks against application logic at Layer 7 are hidden in encrypted channels, making them hard to detect. NGINX App Protect Denial of Service measures client behavior and server stress to detect and mitigate Layer 7 DoS attacks.
Defending Applications from Complex and Modern Attacks
Layer 7 DoS attacks are a new and increasingly common threat to app performance and security. You need protection that integrates easily into your infrastructure and CI/CD pipelines, learns from observing user and app behavior, and doesn't affect performance even during an attack.
How NGINX App Protect Denial of Service Adapts to the Evolving Attack Landscape
We explain how NGINX App Protect Denial of Service (DoS) adapts its mitigation methods in real time to protect against Layer 7 DoS attacks. By creating a model of normal user behavior and server health, it can spot deviations that signal an attack and apply customized mitigation signatures.
NGINX App Protect Denial of Service Blocks Application-Level DoS Attacks
NGINX App Protect Denial of Service (DoS) protects your modern applications against sophisticated application-level (Layer 7) DoS attacks, including GET and POST flooding, Slowloris, Slow read, slow POST, Challenge Collapsar, NAT-disguised, and targeted SSL/TLS attacks.
