DDoS Mitigation Hosting — Professional-Grade Traffic Scrubbing

AnubizHost DDoS mitigation uses a multi-stage scrubbing pipeline that processes every packet flowing to your server. The first stage handles volumetric filtering, using FPGA-based hardware to inspect and classify packets at wire speed. Known attack signatures, spoofed source addresses, and malformed packets are dropped immediately without consuming server-side resources.

The second stage performs stateful inspection, maintaining connection tables for legitimate TCP flows while rejecting attack traffic that fails to complete proper handshakes. This stage is particularly effective against SYN floods and connection exhaustion attacks, neutralizing them before they can consume your server's network stack resources.

The third stage handles application-layer analysis, using behavioral models to identify attack traffic that mimics legitimate requests. HTTP floods, slow-read attacks, and other sophisticated Layer 7 vectors are detected by analyzing request patterns, timing characteristics, and statistical anomalies. Detected attack traffic is blocked while legitimate user requests pass through unchanged.

The effectiveness of DDoS mitigation is ultimately limited by the available scrubbing bandwidth. If the attack exceeds your provider's mitigation capacity, the overflow reaches your server and causes downtime. AnubizHost eliminates this concern with multi-terabit mitigation capacity distributed across multiple scrubbing centers.

Our upstream bandwidth is provisioned through diverse transit providers and internet exchange connections, ensuring that no single point of failure can compromise our ability to absorb attacks. Even if one upstream provider is overwhelmed, traffic automatically shifts to alternative paths with available capacity.

This massive capacity is shared across our customer base but allocated dynamically based on need. When one customer is under attack, additional scrubbing resources are devoted to their traffic automatically. The system is designed so that even simultaneous attacks against multiple customers can be mitigated without degradation.

Many DDoS mitigation providers require full TLS termination and content inspection as part of their service. This means your traffic is decrypted, inspected, and re-encrypted by the mitigation provider — giving them full access to your users' data, your application logic, and your content. For privacy-conscious operators, this is unacceptable.

AnubizHost takes a different approach. Our network-layer and transport-layer mitigation does not require access to encrypted payload content. We filter based on packet headers, flow characteristics, and connection behavior — not on what your users are sending or receiving. Your TLS encryption remains end-to-end between your users and your server.

For customers who opt into our application-layer protection for HTTP traffic, the inspection is limited to HTTP headers and request metadata. We do not inspect request bodies, POST data, or response content. This targeted approach provides effective Layer 7 mitigation while minimizing the privacy impact.

If you host your server directly with AnubizHost, DDoS mitigation is integrated automatically. Your server sits behind our scrubbing layer from the moment it is provisioned, and there is nothing to configure on your end. Clean traffic arrives at your server's network interface as if the mitigation layer does not exist.

For customers who host elsewhere but need our mitigation, we offer GRE tunnel and BGP-based protection options. These allow you to route your traffic through our scrubbing infrastructure and receive clean traffic at your existing server location. This is ideal for organizations with existing infrastructure investments that cannot migrate but need better DDoS protection.

We also provide an API for customers who want to integrate mitigation status into their monitoring systems. Query real-time attack metrics, mitigation status, and traffic statistics programmatically. This enables automated alerting, capacity planning, and incident response workflows that incorporate our DDoS mitigation data.