Game GPS

The cheater arrives.
The flag is already there.

A cheater opens a position hack. They configure a destination. They teleport to the roof — the high ground, the impossible angle, the vantage point that was never supposed to be reachable.

They expect to arrive, raise their weapon, and enjoy the advantage they built for themselves.

Somewhere in a datacenter, before they look out, a flag is sitting on the server.

Traditional anti-cheat lives on the device — in the same process space as the game, the same operating system as the cheat engine, the same machine as the person trying to defeat it. The attacker has home field advantage.

Game GPS doesn't live on the device. It doesn't need to.

Two API calls.
Zero shipped intelligence.

The game client sends a position report. Game GPS returns one of two responses.

The SDK the studio ships contains nothing proprietary — nothing that explains the mechanism, nothing a reverse-engineer can use. The intelligence lives on our side of the wire, and it stays there permanently.

API — Request / Response

// Game client sends position report

POST /v1/verify

{

"player_id": "p_8a3f92b1",

"position": [847.2, 1203.5, 94.1],

"velocity": [2.1, -0.3, 0.0],

"tick": 1716148823441

}

// Game GPS returns

{

"status": "VERIFIED" // or "FLAGGED"

}

⬡

No kernel drivers

Nothing installs on the player's machine. No elevated privileges. No ring-0 access. No antivirus conflicts. No end-user trust required.

◈

No patch cycle

Traditional anti-cheat ships updates in response to new cheats. The arms race is the model. Game GPS has no arms race to run.

◎

No false positives

The verification is geometric. A position is physically possible in the world or it isn't. There is no probability threshold to tune, no player to wrongly ban.

The model is different,
not just better.

Every anti-cheat product before this one starts with the same assumption: the game client is the verification surface. Game GPS starts from a different assumption entirely.

✗ Traditional anti-cheat

—Runs on the player's machine, where the attacker also runs

—Ships kernel drivers to millions of users

—Requires regular updates as new exploits emerge

—Can be reverse-engineered and bypassed by patient attackers

—Privacy concerns, ban appeals, and support overhead

✓ Game GPS

—Runs in our datacenter. Attacker has zero access to the mechanism

—Nothing installs on the player's device at all

—Mechanism is structural — no patch cycle required

—Black box by design — the method is never documented

—Geometric signal — no probabilistic threshold, no wrong bans

The flag arrives
before the frame renders.

milliseconds · round-trip

~39ms Network transit

<1ms Computation

128 tick Server compatible

7.8ms One game tick

Network transit~39ms

Computation<1ms

A competitive server runs at 128 ticks per second. One tick is 7.8 milliseconds.
The answer is sitting on the server before the cheater's next frame.

For studios requiring lower latency, regional mirror nodes bring the endpoint closer.
The physics doesn't move. The mirror does.

Your world.
Our geometry.

Game GPS works in any coordinate space — 2D maps, full 3D worlds, procedurally generated universes. If position can be faked, we have an opinion about it.

Per-player monthly pricing · No upfront costs · No minimum commitment

GAME GPS

The cheater arrives.The flag is already there.

Two API calls.Zero shipped intelligence.