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Transit filtering first
Large-volume events should be handled upstream before they reach the game node itself.
Layered anti-DDoS
Protection that is explained in operational terms, not marketing fog.
The goal is continuity: keep game traffic flowing, keep the panel reachable, and keep the buying promise grounded in how mitigation actually behaves when something noisy happens upstream.
Protection layers
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XDP ingress controls
Lower-level packet handling helps cut down obvious bad traffic before it wastes more expensive resources.
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Protocol-aware rules
Good traffic and bad traffic are not always separated by simple rate limits. Game-aware rules are part of the story.
Traffic path
See the filtering chain before traffic reaches the customer.
This visual keeps the sequence concrete: traffic enters from the internet, high-volume abuse gets cut upstream, 0lag.host filtering software applies deeper rules, and only the cleaned flow reaches the game service.
01
Internet
Ingress mix02
Upstream
Transit scrub03
0lag.host
Deep inspection04
Customer
Clean deliveryInternet
Mixed ingress
Players and hostile packets enter together before any filtering decision exists.
Upstream prefiltering
Transit scrub first
The upstream layer absorbs large noisy floods first, with 17 Tbps+ of filtering capacity before traffic reaches the local stack.
0lag.host filtering software
Inspect the survivors
XDP and protocol-aware logic handle leaks, bypasses, and more sophisticated attacks that make it past upstream filtering, with local filtering tuned for up to 20 Gbps and 29.6 Mpps.
Customer
Clean delivery
The buyer sees the outcome that matters: reachable game traffic, usable tooling, and less collateral damage.
| Layer | Primary role | What the buyer should care about |
|---|---|---|
| Upstream filtering | Absorb obvious high-volume abuse before it reaches the node, with 17 Tbps+ of upstream filtering capacity. | Better continuity during broader events and far less wasted local capacity. |
| XDP controls | Drop or shape leak traffic, bypasses, and other attacks that survive transit, up to 20 Gbps and 29.6 Mpps locally. | More protection against the noisier and more sophisticated traffic that should not consume full stack resources. |
| Protocol-aware rules | Differentiate legitimate game traffic from abuse patterns more accurately. | Cleaner survivability for game traffic and fewer blunt-force false positives. |
| Operational response | Keep visibility public and the support story grounded. | Status updates and realistic language instead of empty “100% protected” promises. |
Yes. Protection is part of the platform rather than a paid extra hidden behind higher tiers.
Traffic is not treated as a single on-off switch. The position described on the site combines upstream filtering with local controls such as XDP and protocol-aware rules.
Because most buyers want to know whether the service stays reachable, whether the panel stays usable, and whether support avoids hand-wavy promises. The page is written around those outcomes.
Yes. The public status page is linked from the main navigation and footer.