Overview

FastPPS AntiDDoS Platform

FastPPS AntiDDoS is an enterprise-grade distributed denial-of-service protection platform engineered to ensure uninterrupted availability of network infrastructure, online services, and mission-critical applications.

Modern DDoS attacks have evolved beyond simple volumetric floods and now combine protocol abuse, application-layer exhaustion, and encrypted traffic attacks. FastPPS AntiDDoS addresses these challenges through continuous traffic analysis, behavioral detection, and automated mitigation across OSI Layers 3–7.

The platform operates inline or out-of-path and enables organizations to deploy independent DDoS protection fully controlled within their own infrastructure.

Designed for Critical Infrastructure

FastPPS AntiDDoS is built for environments where downtime directly impacts revenue, customer trust, or regulatory compliance:

  • Financial institutions and payment systems
  • Telecom and ISP backbone networks
  • Hosting and cloud service providers
  • Online gaming platforms
  • Enterprise digital services

The solution maintains service availability even during multi-vector attacks exceeding normal traffic baselines.

Intelligent Traffic Processing

Unlike traditional filtering systems relying only on static signatures, FastPPS AntiDDoS continuously evaluates traffic behavior patterns including:

  • connection characteristics
  • protocol compliance
  • request frequency anomalies
  • TLS fingerprint behavior
  • packet distribution models

This allows accurate separation of malicious traffic from legitimate users without service degradation.

Autonomous Mitigation

Attack mitigation activates automatically within seconds after anomaly detection. The system dynamically applies countermeasures such as:

  • rate limiting
  • protocol validation
  • challenge-response mechanisms
  • connection filtering
  • traffic shaping

Legitimate sessions remain unaffected while attack traffic is suppressed.

Independent Protection Strategy

FastPPS AntiDDoS enables organizations to build sovereign protection infrastructure instead of relying solely on external cloud scrubbing providers.

Benefits include:

  • full traffic visibility
  • predictable latency
  • regulatory compliance control
  • operational independence
  • scalable protection growth