Why Game Servers Get DDoS’d More Than Anything Else, and What Actually Helps
Gaming has been the most attacked sector on the internet for five consecutive years. Flowtriq’s 2026 DDoS report puts gaming and gambling at 28.4% of all detected incidents. Cloudflare and Radware’s independent reports confirm the same picture. If you run game servers, the probability that you have been hit at some point is close to certain.
The motivations are varied. Competitive players knock opponents offline during matches. Rival server operators attack each other. Extortionists target high-traffic servers and demand payment. Booter services have made this accessible to anyone with $50. The 2026 report notes that DDoS-for-hire services now advertise over 1 Tbps of capacity at that price point.
What makes DDoS protection for game servers specifically hard is that the standard tooling is designed around web traffic. Cloudflare and similar services work by proxying HTTP and HTTPS, inspecting packets, and routing clean traffic through. Game servers use UDP almost exclusively for the low-latency communication players need. UDP is also the dominant attack vector, accounting for 34.1% of all Flowtriq-detected attacks in 2025. Proxying UDP adds latency. Even a few milliseconds of additional round-trip time is noticeable in a competitive game. The protection that works for a website actively hurts the experience for players.
Flowtriq’s approach avoids the proxy model entirely. The agent runs on the Linux server hosting the game, watches traffic at the packet level, classifies what is happening, and deploys mitigation that does not reroute player traffic. For most attacks the mitigation is a BGP FlowSpec rule that drops attack traffic at the network edge. Player connections continue flowing directly to the server with no additional routing hop. For larger attacks that exceed what BGP can handle locally, it escalates to OVH VAC or Hetzner, both of which have game-specific filtering profiles.
The alerting integrations are also worth noting for game server operators specifically. Flowtriq connects natively to Discord and Slack. Most game communities and studios already run their operations through Discord. Attack alerts go directly to whatever channel your team monitors, including the attack type, peak PPS, and confidence score if a known botnet signature was matched. If Mirai variant traffic is identified by payload signature before it has generated enough volume to cause problems, you know immediately.
The auto-updated status page feature means players can see during an attack that the team is aware and actively mitigating, rather than experiencing unexplained lag and assuming the server is just broken.
