In-house anti-DDoS
for hosting providers and enterprises.

Damwall runs on your own hardware, in your own datacenter. Stop attacks where your traffic lives — without a proxy, without a third-party network, and without the latency of someone else's cloud.

Running on the networks of hosting providers and enterprises

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Mitigation that lives inside your network.

Four parts of the platform, one filtering pipeline running on your hardware.

Runs on your hardware, in your DC

Deploy Damwall on your own mitigation nodes alongside your network. Up to 200 Gbps of mitigation per node — actual throughput depends on your hardware and NIC — scaled horizontally.

Bare-metal or VM, your kit, your ASN
Inline on inbound, transparent to egress
Per-node licensing — no traffic-based surprise bills

What a single attack costs your fleet.

Drag the slider to your monthly revenue. The number on the right is what one major DDoS typically takes off the top — direct downtime, SLA credits to affected customers, and the churn that follows in the next 30 days.

$6,000/per major attack

Reference: ~6% of monthly revenue per major incident.

$100k/mo

Monthly revenue

Sources — Gartner: $5,600/min average enterprise downtime cost. Kaspersky DDoS Intelligence Report: typical mitigated incident leaves services degraded 4–6 hours. Hosting industry post-incident churn: 5–8% of affected customers within 30 days. IBM/Ponemon 2024: average incident cost $4.88M.

Questions buyers ask before they sign.

Can't find your answer? Talk to us

Damwall runs on your own mitigation nodes in your DC. Inbound traffic passes through the filter inline; the return path goes directly from your server to the user with no detour. There's no proxy, no PoP hop, and no third-party network in the application path — your egress latency is whatever your DC's egress already is.

A 20-minute call.
Your network topology.
A real mitigation plan.

What to expect on the call

  • Walk through your current topology and any prior attacks
  • Live demo of mitigation under a synthetic L7 game-protocol flood
  • Node sizing — how many nodes you actually need
  • Per-node licensing and SLA aligned to your fleet

Backed by network engineers who built mitigation pipelines for game hosting providers and DDoS magnet providers.

Book your walkthrough

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