FastPPS AntiDDoS

FastPPS AntiDDoS

FastPPS AntiDDoS is a carrier-grade platform designed to protect networks, applications, and digital services from modern distributed denial-of-service attacks.

The solution combines real-time traffic analysis, behavioral detection, and automated mitigation technologies to ensure uninterrupted service availability under large-scale and multi-vector attack conditions.

Built for Critical Infrastructure

FastPPS AntiDDoS protects environments where availability is essential:

  • Telecom and ISP networks
  • Financial and banking systems
  • Hosting and cloud providers
  • Gaming platforms
  • Enterprise digital services

Organizations deploy FastPPS AntiDDoS to maintain operational continuity, prevent infrastructure overload, and ensure consistent user experience during attack events.

Key Protection Capabilities

  • Multi-layer DDoS mitigation (L3–L7)
  • Real-time anomaly detection
  • Automated attack response
  • Encrypted traffic protection
  • High packets-per-second processing
  • Carrier-grade scalability

System requirements

  • Processor with hugepages support and SSE 4.2 (at least four cores).
  • At least 8 GB of RAM.
  • Network adapter supported by DPDK.
  • Separate network interface for management.
  • From 32 GB of free disk space. Disk usage depends on the number of protection policies, metrics storage time, activity, etc.

Both physical and virtual machines (KVM, VMWare) are supported.

Recommended distributions based on experience:

  • Debian 10+
  • Ubuntu 20.04+

In order to install FastPPS you need to apply for access to the Docker images of the product.

Info

You yourself assemble the platform, install and administer the system. Documentation and technical support is limited only to the FastPPS system.

Network usage

The management interfaces (mgmt) are managed by Linux and used by the FastPPS system for the following:

  • access to the web interface and API;
  • interaction via BGP;
  • notifications;
  • interaction with external servers.

The data interfaces through which the cleaned traffic passes are controlled by FastPPS and are not accessible by the OS. Thus, the control traffic and the traffic being cleaned is physically separated and one does not affect the other.