Under attack?
Protection for SaaS and critical applications

When the product is availability, an outage is not an incident - it is the thing you sell

A SaaS platform does not lose an afternoon of revenue to an attack; it loses renewals. Your customers have SLAs with you, and those SLAs do not have an exception for someone else's botnet - which makes your provider's mitigation part of a promise you have already made.

Where SaaS gets hurt

API endpoints are the expensive surface

Authenticated API calls cost orders of magnitude more than a static page. A modest request rate against the wrong endpoint exhausts a backend that would survive a large volumetric flood untouched.

One tenant's attacker is every tenant's outage

Multi-tenant platforms share an ingress. An attack aimed at one customer's subdomain takes the platform down for everyone on it.

You inherit the SLA either way

Your customers do not care whose network the attack crossed. The credit comes out of your contract.

Protection that matches how SaaS actually breaks

Volume absorbed before the platform

Network-layer floods are dropped at our edge, so the ingress never saturates and the platform never sees the event.

Request-rate control per client, not per address

Limits keyed on the client rather than the source IP, so a corporate NAT with a thousand legitimate users is not treated as one abusive one.

Always-on, so latency is a constant

No diversion and no path change during an attack, which means the response times you publish in your own SLA stay true while one is running.

Evidence you can pass on

Per-incident records and packet captures, so when a customer asks what happened during the window in their monitoring, you have an answer with numbers in it.

Tier 2 European backbone · European DDoS protected network Built, filtered and operated inside the EU · human NOC 24/7, no AI agents
ISO 9001ISO 27001PCI-DSSGDPRNIS2

Under the platform

The mitigation is one layer. The same network sells the layers around it - and a stack bought from one operator has nobody in it to blame somebody else.

IP transit

Transit for the origin, protected from day one

Dual-stack transit for the platform origin - announce your own PI space or use ours, with the filter in the path from turn-up so the SLA you sell is not hostage to someone else’s mitigation. The transit page →

Transport

Replication between regions

Layer 2 circuits or dedicated wavelengths between your data centres for database replication and storage sync - a fixed latency figure, off the public internet, stated per route. EVPN-MPLS transport →

Consulting

An edge designed, then handed over

Equipment selection for your own points of presence, configuration against measured traffic, documentation your on-call can actually use, and support that does not end at go-live. Consulting & build →

How it is delivered

Hostname pointed at the reverse proxy, or protected IPs for the platform
Automatic TLS issuance and renewal
API and web endpoints under the same policy
Incident records suitable for passing to your own customers

Protection for other sectors