Anti-DDoS guidePublished on 7 May 2026Reading time: 15 min
How much does DDoS protection cost? Pricing models and criteria to compare
Understand DDoS protection pricing across protected VPS, dedicated servers, gaming reverse proxy, protected IP transit, tunnels, cross-connects and real capacity.
Price by exposure
Understand DDoS protection pricing across protected VPS, dedicated servers, gaming reverse proxy, protected IP transit, tunnels, cross-connects and real capacity.
Network model cost
Understand DDoS protection pricing across protected VPS, dedicated servers, gaming reverse proxy, protected IP transit, tunnels, cross-connects and real capacity.
Sales and continuity
Understand DDoS protection pricing across protected VPS, dedicated servers, gaming reverse proxy, protected IP transit, tunnels, cross-connects and real capacity.
The price of DDoS protection depends much less on a marketing Tbps number than on the service being protected, the clean traffic delivery model and the operational level expected. A protected VPS, DDoS-protected dedicated server, gaming reverse proxy or protected IP transit does not solve the same problem, so the cost cannot be compared with a single monthly figure.
This article explains what really changes DDoS protection cost, how to compare pricing models, which mistakes to avoid and how Peeryx helps European customers choose a cost-effective architecture that keeps services online and supports revenue growth.
Peeryx
Compare real cost, not just price
A useful quote connects budget, outage risk, network topology and commercial goals.
Two services can use the same Anti-DDoS wording while delivering opposite realities. One may protect a single web server with simple rules, while another absorbs volumetric attacks, returns clean traffic through tunnels or cross-connects and supports a customer running multiple services. The price cannot be identical because the network, engineering and operational costs are not identical.
A buyer must understand what is included: usable capacity, filtered protocols, latency, support, custom rules, BGP, tunnels, proxy, monitoring, setup fees and upgrade path. Without that reading, a cheap service can become expensive during the first serious attack.
Visible cost
The monthly subscription rarely shows all filtering, overage, support or integration limits.
Real cost
The true cost includes avoided outages, retained customers and the ability to keep selling.
Why cost must be linked to business risk
A DDoS attack rarely costs only the price of traffic. It can block payments, interrupt players, impact hosted customers, damage reputation or force an emergency migration. For a company or hosting provider, the right calculation compares protection cost with the likely cost of a public outage.
This is especially true for gaming and infrastructure offers. A FiveM service offline, a lagging Minecraft community or a dedicated customer affected by a flood can cost more than a month of serious protection. A credible pricing page must explain operational value, not only display a number.
Main pricing models
Anti-DDoS VPS is usually the most accessible model. It fits simple services, panels and small projects. A protected dedicated server costs more but brings dedicated resources, stability and control. A gaming reverse proxy is priced around the specialisation required to hide the origin and preserve latency. Protected IP transit is usually based on commit, bandwidth, port, handoff model and network options.
You also need to separate fixed and variable costs: setup, tunnels, cross-connect, extra rules, overage, urgent support, BGP announcement or dedicated capacity. The best option is not always the cheapest one, but the one that covers the actual risk without unnecessary complexity.
Peeryx ties pricing to technical design. A customer protecting a small service can start simple. A hosting provider or operator with prefixes usually needs protected IP transit, tunnels or cross-connect. A gaming platform may need a specialised proxy to avoid breaking legitimate traffic.
This avoids vague quotes. We look at where traffic enters, what must remain reachable, the acceptable latency, how clean traffic returns and what growth path is expected. Price becomes an infrastructure decision, not a marketing line.
Example: choosing between VPS, proxy and transit
A small team launching a customer panel can start with a protected VPS. Budget stays controlled, integration is quick and protection covers the initial exposure. If the same team launches a public game service, a reverse proxy may become more relevant to hide the origin and handle traffic behaviour.
A hosting provider selling dedicated servers or announcing customer IPs should think at network level. In that case, protected IP transit cost is justified by the ability to protect several customers, keep a readable architecture and turn Anti-DDoS into a sales argument.
Frequent pricing mistakes
The first mistake is comparing only the entry price. A very cheap service may be fine for a small website but dangerous for a revenue-generating service. The second is ignoring latency: a cheaper protection layer in the wrong location can make a gaming service unpleasant.
The third mistake is not counting outage cost. If downtime loses customers, credibility or sales, a more serious protection model can be cheaper over the year. Avoid contracts that do not describe clean traffic delivery or usage limits.
Comparing only the advertised price
Ignoring setup or overage fees
Using web protection for gaming
Forgetting the value of retained customers
Why choose Peeryx
Peeryx helps select a model aligned with budget and risk. The goal is not to sell the most expensive product, but to build a coherent path: protected VPS, dedicated server, gaming proxy or protected IP transit depending on size, topology and sales goals.
This matters for European customers who need to move quickly without paying for unnecessary architecture. Protection should be strong enough during attacks and clear enough to become a selling point for the customer’s own buyers.
FAQ
What is the cheapest model?
Anti-DDoS VPS is usually the most accessible model, but it is not always suitable for gaming services or multi-server infrastructure.
Why is protected IP transit more expensive?
It protects a broader network model: prefixes, BGP, tunnels, clean handoff and the ability to protect several machines or customers.
Do gaming services cost more to protect?
Often yes, because filtering must preserve latency, UDP and legitimate behaviours specific to Minecraft, FiveM or other games.
How should I estimate my budget?
List exposed services, protocols, normal traffic, outage impact and desired delivery model. A serious quote starts from that topology.
Conclusion
The cost of DDoS protection is not just a monthly price. It depends on the protected service, network model, protocols, latency, support and upgrade path.
To sell with confidence, a company should choose protection that covers its real risk. Peeryx structures that choice across protected VPS, dedicated server, gaming reverse proxy and protected IP transit so Anti-DDoS becomes both continuity and sales value.
Resources
Related reading
To go deeper, here are other useful pages and articles.
Peeryx can help you choose the right design: protected IP transit, protected VPS/server, tunnel, cross-connect or gaming proxy depending on your real exposure.
