EXPERIMENTAL PROJECT • SOURCE AVAILABLE

Process Inspection & File-Integrity Checks

An experimental Rust project exploring Windows process inspection and SHA-256 file-integrity checks. The current code and tests demonstrate selected behaviors; they do not establish effective anti-cheat protection, zero performance cost, or production readiness.

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Windows User Mode

The project explores user-mode inspection and does not require a kernel driver for the currently implemented paths. CPU and memory overhead have not been independently benchmarked.

SHA-256 File Hashing

Hashes can be compared with an expected value to detect file-content changes. Hashing alone does not detect every form of runtime memory tampering, injection, or cheating.

Integration Requires Validation

Native bindings and example snippets should be verified against the current build before use in Unity, Unreal, or a shipped game. Check the repository for the exact implemented exports.

QUICKSTART — UNITY C# / UNREAL C++ INTEGRATION C-FFI NATIVE BINDINGS

// Unity (C#) — Drop anti_cheat_sdk.dll into Assets/Plugins/x86_64
using System;
using System.Runtime.InteropServices;

public class GGLoopAntiCheat : MonoBehaviour {
    [DllImport("anti_cheat_sdk.dll", CallingConvention = CallingConvention.Cdecl)]
    private static extern IntPtr ggloop_version();

    [DllImport("anti_cheat_sdk.dll", CallingConvention = CallingConvention.Cdecl)]
    private static extern int ggloop_verify_binary_sha256(string path, string expectedHash);

    void Start() {
        string version = Marshal.PtrToStringAnsi(ggloop_version());
        Debug.Log($"[GG Loop] Anti-Cheat Sentry Initialized: v{version}");

        // Validate game executable integrity before matchmaking
        int isValid = ggloop_verify_binary_sha256("MyGame.exe", "3f2d1e0a...expected_hash");
        if (isValid != 1) {
            Debug.LogError("[SECURITY VIOLATION] Game binary has been modified!");
            Application.Quit();
        }
    }
}

Current Project Status

Source & Experiments

For review and experimentation

Open source

Inspect the source code
Review available tests
Experiment in a controlled environment
No production support or SLA implied

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No validated user-capacity tier
No demonstrated alerting SLA
Capabilities require implementation and testing
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Review the current code and project goals
Agree a specific prototype or test task
Define measurable acceptance criteria
No SOC 2 certification or uptime SLA claimed
Any paid work requires written scope agreement

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