Delivery models
Protected transit, protected IPs, GRE, cross-connect or router VM depending on the deployment scenario.
Peeryx Blog
Anti-DDoS guides, architecture notes and delivery models
The Peeryx blog is written for network teams, hosters, exposed services and technical buyers who want to understand how an anti-DDoS service really works: routing, clean traffic delivery, latency, tunnels, BGP and production constraints.
Production constraints
PPS, 95th percentile, blackholing, asymmetry, preserving existing infrastructure and getting legitimate traffic back.
Decision-oriented content
Articles built to help choose a coherent model instead of relying on vague marketing promises.
How to protect a Hetzner or OVH dedicated server against DDoS with GRE and optional BGP
A practical guide for protecting a production dedicated server hosted at OVH, Hetzner or another provider without migrating the whole stack, using GRE with or without BGP.
- Keep the existing dedicated server You can add an anti-DDoS layer without rebuilding the whole production environment.
- Deploy faster A GRE tunnel is often quicker to deploy than a full migration project.
- Choose the right model Tunnel only, GRE + BGP or protected IPs: the right design depends on your architecture.
- Avoid integration mistakes MTU, return path, routing and actual server capacity all need proper validation.
Flexible deployment
GRE / BGP delivery
Protection without full migration
Blog
Technical guides and architecture notes
Content written for technical buyers: delivery models, protection for infrastructure already in production, latency, asymmetric routing and the criteria that matter before you buy.
Protected IP transit: understand the model
Link saturation, 95th percentile, blackholing, asymmetric routing and clean traffic delivery: the fundamentals before comparing providers.
Read the articleGRE, BGP or protected IPs: which model fits best?
The strengths, limits and deployment cases of the main anti-DDoS delivery models depending on topology and network control.
Read the articleLatency, asymmetry and clean traffic delivery
Why the traffic path, local egress and handoff model matter as much as raw mitigation capacity.
Read the article