🎯 Provably Fair Gaming at GG.World: Verified Trust Through Cryptography
At GG.World, we prioritize fairness, transparency, and user autonomy. That’s why all of our games are built on Provably Fair technology and deployed via public smart contracts on the blockchain.
Unlike traditional online games, where the outcome is determined behind closed servers, we offer cryptographic proof that every result is truly random and tamper-proof.
🔍 What Is “Provably Fair”?
Provably Fair is a cryptographic framework that ensures every game result can be independently verified by the user. The idea is simple: don’t trust—verify.
- The result was not manipulated.
- The process was transparent.
- You could reproduce and verify the outcome using the same inputs.
At GG.World, we follow this rigorously to deliver verifiably fair gameplay in every round.
⚙️ The Technical Flow: How It Works
- Generation of Secure Randomness
Usingcrypto.randomBytes(32)
to generate 32-byte entropy. - Combination With Game Metadata
Usingabi.encodePacked(random, requestId)
to bind randomness to session ID. - Cryptographic Hashing With keccak256
keccak256(abi.encodePacked(random, requestId))
— deterministic, one-way, with avalanche effect. - Convert to Integer → Game Result
Converting hash touint256
and using modulo (e.g.... % 2
) for outcome.
🛡️ Blockchain-Level Security and Fairness
- âś… Game logic is transparent and public.
- âś… Results immutable once recorded.
- âś… Automatic on-chain payouts.
- ✅ Direct user interaction — no intermediaries.
🎲 Example: Fair Lottery Outcome
keccak256(
abi.encodePacked(
block.timestamp,
_seed,
_lotteryId,
firstTicketId,
lastTicketId,
totalFunds,
blockhash(block.number),
block.coinbase,
block.difficulty,
gasprice
)
)
finalNumber = 1000000 + (randomness % 1000000);
đź§ Why Provably Fair Matters
- Empowers users with verification tools
- Prevents manipulation at all levels
- Builds trust via cryptographic transparency
âś… Summary: Why GG.World is Truly Fair
Feature | GG.World | Traditional Platform |
---|---|---|
Verifiable results | ✅ Public & reproducible | ❌ Hidden server logic |
Tamper-proof randomness | ✅ Hashing + entropy | ❌ Operator-generated |
Smart contract payouts | ✅ On-chain, automatic | ❌ Centralized/manual |
Code transparency | ✅ Public contracts | ❌ Proprietary backend |
Security protections | ✅ Solidity + logic guards | ❌ Often unknown |