Halo Infinite FAQ — Ping, Servers, Network

Yes. PingAim uses a WFP (Windows Filtering Platform) kernel driver to route HaloInfinite.exe traffic through a different network interface — for example, a 5G phone hotspot or a second router — without touching the game process itself. EasyAntiCheat, which was added to Halo Infinite in the March 2024 update, operates at the process and memory level; PingAim's WFP driver works at the Windows network stack layer with no process interaction, making it fully compatible with EAC. PingAim routes HaloInfinite.exe traffic (primarily UDP port 3075 to Azure datacenters) through the best available interface.

Halo Infinite launched in 2021 with a server-authoritative networking model that had inadequate client-side prediction, causing severe desync — situations where the client and server disagreed on player positions. This produced the notorious 'shot around corners' problem and melee attacks that appeared to connect but dealt no damage. 343 Industries fundamentally rearchitected the networking model in March 2024, substantially improving the situation. Even after the fix, the ~30 Hz server tick rate means the server processes game state 30 times per second. Every 33ms gap between ticks is a window where your connection quality determines whether your inputs register cleanly. High jitter — not just high average ping — is the primary cause of residual desync because it causes packets to arrive out of order or be delayed past the server's processing window.

343 Industries has not officially confirmed the server tick rate, but community testing and the historical precedent from Halo 5 (which used 30 Hz) consistently place it at approximately 30 Hz. At 30 Hz, the server updates game state 30 times per second — once every 33 milliseconds. Your connection's ping adds on top of this: at 20ms ping, your inputs are processed within one tick window. At 80ms, you are already spanning 2-3 ticks before your input reaches the server. At 120ms+, multiple tick cycles pass before your shot or melee registers, which is why high-ping players experience hit registration failures even post-2024.

No — Halo Infinite does not offer in-game server selection. Matchmaking automatically assigns you to the Azure datacenter with the best combination of low ping and available skill-matched players. In practice, this means low-population time windows (off-peak hours, less common game modes) can route you to a distant datacenter if local lobbies don't fill. You can identify your current datacenter using Windows netstat — after connecting to a match, the game server IP will be visible and can be looked up against Microsoft's published Azure IP ranges. There is no official workaround to force a specific region.

No. EasyAntiCheat monitors game process memory, code injection, and driver signatures — it does not analyze which network interface your traffic exits through. PingAim's WFP driver attaches at the Windows network filter layer, which is entirely separate from the game process that EAC monitors. From EAC's perspective, HaloInfinite.exe is untouched — PingAim never injects code, never reads game memory, and never modifies the game process. This is why WFP driver routing is the correct method for EAC-protected games.

After the March 2024 networking overhaul, Halo Infinite plays reasonably well up to around 60ms. Below 60ms you should experience clean hit registration and responsive melee. Between 60-100ms you will occasionally notice desync in close melee exchanges and see the occasional 'shot around a corner' death. Above 100ms, desync becomes frequent enough to meaningfully impact competitive play — hit registration failures, melee whiffs against opponents who have already moved, and visible rubberbanding. Competitive players prioritize sub-40ms to their Azure datacenter.