Dice games operating on stablecoin infrastructure process wagers through systematic execution sequences, handling bet validation, outcome generation, and settlement operations. Tether-based implementations eliminate cryptocurrency volatility concerns while maintaining blockchain transparency throughout transaction lifecycles. Execution flows coordinate multiple components, including smart contracts, random number generators, and payment processors, working synchronously to complete each wager cycle.
https://crypto.games/dice/tether execute wagers through predetermined protocols, ensuring consistent processing regardless of bet sizes or network conditions. The execution architecture separates distinct phases from initial submission through final settlement. Each stage performs specific functions contributing to overall transaction integrity. Proper flow design balances speed requirements against security necessities while maintaining verifiable fairness standards that blockchain gaming demands.
Randomness generation stages
Outcome determination requires generating unpredictable numbers within the 0-100 range for dice results. Tether-based platforms typically employ server-seed and client-seed combinations producing verifiable random outputs. The process begins with platform servers generating cryptographic seeds stored in hashed form. Players receive these hashed seeds before betting, preventing post-bet manipulation. Client seeds get generated through browser entropy or player-provided values, adding additional randomness layers:
- Server seeds undergo SHA-256 hashing creating verifiable commitments
- Client seeds combine with server seeds through cryptographic mixing functions
- Nonce values increment with each bet, preventing seed reuse across wagers
- Combined inputs feed into HMAC-SHA256 algorithms producing deterministic outputs
- Resulting hashes convert to integers through modulo operations, yielding 0-100 results
This provably fair methodology allows post-bet verification where players check that revealed server seeds match original hashed commitments. Any discrepancies indicate manipulation attempts compromising outcome legitimacy.
Win condition evaluation
Generated dice results undergo comparison against player-specified targets, determining win or loss outcomes. The evaluation logic checks whether results satisfy chosen conditions. Players betting “roll over 50” win when results exceed 50.00. Those selecting “roll under 50” succeed with results below that threshold. Exact boundary handling follows predetermined rules where 50.00 might count toward over or under, depending on platform implementations. Most systems exclude exact matches from both conditions, treating them as losses or push outcomes, returning original stakes.
Multiplier calculations happen simultaneously with win determinations. The contract queries payout tables using submitted multiplier selections and compares against house edge parameters. Valid multipliers produce corresponding payout amounts by multiplying original stakes with approved ratios. A 2x multiplier on a 100 USDT stake generates 200 USDT total return, including the original wager. Invalid multipliers that somehow bypassed initial validation get rejected at this stage, preventing exploitative payouts.
Settlement and distribution
Outcome finalisation triggers settlement operations, transferring funds according to results. Winning bets initiate USDT transfers from platform reserves to player addresses. The smart contract or centralised payment processor executes these transfers, updating both platform and player balances atomically. Losing wagers see stakes transferred to the house’s wallets while player balances decrease correspondingly. All settlement transactions get recorded in immutable ledgers, creating permanent audit trails. Failed transfers due to network issues or insufficient reserves trigger rollback mechanisms restoring pre-bet states. Players can retry claims for stuck winnings through manual intervention processes.
Transaction recording finalization
Completed wagers generate comprehensive records stored for historical reference and dispute resolution. Each bet entry contains original parameters, including stake amounts, chosen multipliers, target numbers, timestamps, and generated results. Server seed revelations get published, allowing players to verify outcome legitimacy through independent calculations. Balance snapshots before and after wagers document exact fund movements. These records remain accessible through platform interfaces and blockchain explorers, depending on implementation architectures. Each phase performs essential functions, ensuring fair gameplay while maintaining transaction integrity across all processing stages.
