Open Source • MIT License

In Mathematics We Trust

Cryptographically provably fair algorithms for transparent gaming and random number generation. No trust required.

SHA-256 Hashed

HMAC-SHA256

Client Seedable

Fully Auditable

How It Works

Our three-step commitment scheme ensures complete transparency and mathematical proof of fairness

Server generates a random seed and commits to its SHA-256 hash before the game begins

After the game concludes, the server reveals the original seed, allowing verification

Anyone can verify that the hash matches and the outcome was truly random

Verify the integrity of any game outcome in real-time using our cryptographic tools

Client Seed (your input)

Nonce (incremental counter)

Server Seed (revealed)

Server Seed (Hashed) (SHA-256)

Outcome (result to verify)

Open-source implementations of provably fair algorithms across multiple platforms

Java SDK for provably fair gaming systems. Core cryptographic algorithms including SHA-256 hashing, HMAC verification, and seed generation utilities.

Official website built with Nuxt 4. Features real-time hash verification tool, protocol documentation, and interactive demos.