Filter attacks inside Europe at our Frankfurt edge — not a distant cloud scrubbing centre. Self-serve GRE / VXLAN / WireGuard tunnels or real BGP sessions, sub-second mitigation, and no cross-region backhaul penalty. Free trial, per-hour billing, from $25/mo.
Sucura Networks scrubs European DDoS attacks at its Frankfurt edge, in-region, so latency stays low during an attack instead of being backhauled across the world. Protect any server by announcing your prefix over BGP (BYOIP) or terminating a GRE, VXLAN or WireGuard tunnel to a protected IP we provide — no server migration required. L3, L4 and L7 mitigation from $25 per month plus $0.05 per GB scrubbed.
Many cloud DDoS services route European traffic out of the region to a filtering centre and back, adding tens of milliseconds. We scrub inside Europe at the Frankfurt edge, so clean traffic stays close to your users.
Filtering happens at our Frankfurt edge, inside Europe — clean traffic stays on short in-region paths instead of detouring out of the continent and back.
Announce your own prefix (BYOIP) or take a protected IP over a tunnel — deployed yourself in the panel, no sales gate and no ticket queue.
Spin up a protected tunnel on a trial and convert it to a paid subscription in place — no teardown, no long contract.
Pay by the hour or $0.05/GB scrubbed, not a large enterprise monthly minimum. Transparent USD pricing.
Frankfurt is our European anchor. BGP routes each user to the nearest edge, and always-on scrubbing absorbs floods where they arrive.
BGP steers North American users to Toronto, European users to Frankfurt and APAC users to Singapore. Your European traffic lands at the Frankfurt edge and is filtered on the spot.
Mitigation runs continuously, so there is no divert window when an attack begins. A flood is absorbed at the edge the moment it arrives, with sub-second detection.
The Frankfurt edge sits on dense in-region peering, keeping the path between your users and the scrubbing edge short — which is what keeps latency low during an attack.
Frankfurt is one node in a multi-continent anycast network. A volumetric flood is absorbed across the footprint rather than hammering a single site.
Keep your server exactly where it is. Route it through the Frankfurt scrubbing edge two ways — both self-service in the Nexus panel, with no migration.
Announce your own /24 to AS398999. Inbound traffic routes through our scrubbing network first, and clean traffic returns to you. IRR- and RPKI-aware, configured from the panel.
No IP space of your own? Terminate a protected tunnel from the Frankfurt edge to your origin anywhere in Europe and receive a clean, protected IP. Works on Linux and Windows.
Your host, your hypervisor, your provider — nothing moves. Protection sits in front of the origin you already run, so there is no re-platforming and no downtime to switch on.
Deploy a tunnel or bring up a BGP session yourself in the Nexus panel. No quote, no onboarding call — start on a free trial and go live the same day.
Volumetric and protocol floods are dropped at the network edge; application-layer abuse is filtered with protocol-aware rules. Always-on, with sub-second detection.
SYN, UDP and ICMP floods, plus reflection and amplification attacks, are absorbed and dropped at the Frankfurt edge before they reach your origin.
State-exhaustion and malformed-packet attacks that target network stacks and middleboxes are filtered in-line, so your infrastructure stays responsive.
Floods that mimic real users — HTTP request floods and similar application-layer abuse — are caught with protocol-aware rules, not just raw packet filtering.
Detection is sub-second and mitigation never sleeps. There is nothing to toggle and no divert delay when an attack starts — filtering is already in the path.
GRE tunnelling preserves the original source IPs, so your application still sees who your users actually are.
A GRE tunnel forwards packets with the client's original source address intact. Your server sees the true visitor IP, not a shared proxy address.
Analytics, geolocation and audit logs keep working normally, because the addresses your application records are the addresses your users actually connect from.
Per-IP rate limits, bans and fraud checks stay effective. You are not rate-limiting a scrubbing proxy — you are acting on the real client.
IP-rewriting proxy protection often hides the client behind its own address. Edge scrubbing over GRE gives you mitigation without that visibility loss.
Europe is one of the busiest regions on the internet for gaming, hosting, ecommerce and SaaS — and it is a constant target for volumetric and application-layer attacks. The weakness in most global DDoS offerings is geography. Providers concentrate their filtering capacity in a handful of scrubbing centres, then reroute your traffic to reach one. When that centre sits outside Europe, every packet takes a detour out of the region and back. The detour is invisible on a normal day and painfully obvious under attack, when the added round-trip latency shows up as lag, stutter and dropped sessions for your European users.
Sucura keeps the scrubbing where the users are. Our European anti-DDoS filters attack traffic inside the region at the Frankfurt DDoS protection edge, one of the continent's densest interconnection points. Because we scrub in-region, clean traffic never has to leave Europe to be filtered, and your origin sees only the result. That is the whole point of always-on anycast at the edge: a flood is absorbed the moment it lands, on the shortest path, instead of being carried across an ocean to a distant centre and carried back. The contrast with cloud-backhaul mitigation is measured in tens of milliseconds — the difference between a game or a real-time app that stays playable under attack and one that does not.
Getting protected does not mean moving your infrastructure. You keep your existing server, host and provider, and choose how your traffic reaches the scrubbing edge. If you run your own IP space, announce your prefix to AS398999 over a real BGP session and route your inbound through our network first. If you do not, terminate a GRE, VXLAN or WireGuard tunnel from the Frankfurt edge to your origin and take a clean, protected IP from us. GRE in particular preserves your users' real source addresses, so your application still logs, geolocates and rate-limits on the true client IP rather than a shared proxy — a detail that IP-rewriting proxy protection usually costs you. Both paths are IRR- and RPKI-aware and both are configured directly from the Nexus panel, self-service, with no quote gate. This is the same self-serve model behind our Remote DDoS protection — protect a server you host anywhere, no migration required.
Mitigation runs across Layers 3, 4 and 7, always-on. Volumetric SYN, UDP and ICMP floods and reflection or amplification attacks are dropped at the edge; protocol attacks that exhaust state are filtered in-line; and Layer 7 abuse that mimics real users is caught with protocol-aware rules. Detection is sub-second, so there is no divert window and nothing to switch on when an attack begins. It is built for the people who actually get hit: European game servers, hosting providers, ecommerce stores, SaaS platforms and streamers who cannot afford to go dark or laggy the moment someone points a botnet at them. Pair it with a protected Frankfurt VPS if you want the origin in-region too.
Pricing is transparent and in USD, with plans from $25/mo to $500/mo, usage-based scrubbing at $0.05 per GB, and per-hour billing so you are never locked into a large monthly commit. Start on a free trial, deploy a protected tunnel or BGP session, and convert it to a paid subscription in place with no teardown when you are ready. Frankfurt anchors Europe the same way Singapore DDoS protection anchors our Asia DDoS protection footprint and Toronto anchors North America — one anycast network, scrubbed in the region where your users are.
Transparent tiers in USD from $25/mo to $500/mo. Usage-based scrubbing at $0.05/GB, per-hour billing available. All tiers include in-region Frankfurt scrubbing, L3/L4/L7 mitigation, GRE/VXLAN/WireGuard tunnels or BGP, and sub-second detection.
Common questions about in-region anti-DDoS across Europe.
No. You keep your server exactly where it is. Protect any European host by announcing your own prefix to our AS398999 over BGP, or by terminating a GRE, VXLAN or WireGuard tunnel from our Frankfurt edge to a protected IP we provide. There is no migration and no re-platforming to switch on.
Very little, because we scrub in-region. European traffic is filtered at our Frankfurt edge rather than backhauled to a distant scrubbing centre, so clean packets stay on short in-region paths. Cloud services that route European traffic out of the region and back can add tens of milliseconds; in-region scrubbing avoids that penalty.
Either works. If you have your own /24 you can announce it to AS398999 over BGP (BYOIP). If you do not, terminate a GRE, VXLAN or WireGuard tunnel and we hand you a protected IP to use. Both options are self-service from the Nexus panel, with no sales gate.
We filter Layer 3 and Layer 4 volumetric and protocol floods, such as SYN, UDP, ICMP and reflection or amplification attacks, as well as Layer 7 application abuse that mimics real users. Detection is sub-second and mitigation is always-on, so there is nothing to toggle when an attack begins.
Yes. With a GRE tunnel the original source IPs are preserved, so your application still sees each user's true client address for logging, geolocation, rate-limiting and abuse handling. You get edge scrubbing without losing the visibility that IP-rewriting proxy protection usually takes away.
Plans run from $25/mo to $500/mo in USD, and usage-based scrubbing is billed at $0.05 per GB. Billing can be per-hour rather than a large monthly commit, and there is a free trial, so you can deploy a protected tunnel and try it before committing to a subscription.
Deploy a protected tunnel or BGP session at our in-region Frankfurt edge in minutes — free trial, per-hour billing.
One anycast anti-DDoS network across three continents — Frankfurt anchors Europe.