Deploy a provably fair gaming platform where every result is independently verifiable and no operator can manipulate the outcome. A verifiable Randomness Beacon commits the seed before a bet is placed, so players and regulators audit fairness from cryptographic evidence rather than a casino's word.
Turn opaque server-side RNG into a committed, verifiable, and continuously auditable settlement process.
01.
Replace hidden server seeds. The Randomness Beacon commits a cryptographic seed to the ledger before any bet is accepted, so an outcome cannot be chosen after the player has wagered.
02.
Encode each game's payout table in the Logic and Actions Editor. The rules that map a seed to a result are published on-chain, so anyone can replay the calculation and reach the same outcome.
03.
Lock the stake in Escrow and Conditional Settlement. Winnings release automatically the instant a verified outcome resolves, removing the operator from the payout decision entirely.
04.
Give the regulator a live window. Instead of infrequent retrospective audits, the gaming authority queries every seed commitment and outcome in real time from a read-only node.
05.
Expose a public verifier. A player resolves any past round to its pre-committed seed and the published payout logic, confirming the result was fixed before their bet was placed.
06.
Settle disputes with cryptography. A contested loss is resolved by replaying the committed seed against the on-chain rules, closing the case in minutes rather than a manual investigation.
Follow a single wager from seed commitment through outcome resolution to a player's independent verification of fairness.
21:04:11
[SYS] Initializing Randomness Beacon round...
21:04:11
[CMD] commitSeed { game: "BLACKJACK_07", round: 88421 }
21:04:12
[AUTH] Anchoring seed hash 0x8f21..c4 pre-bet...
21:04:12
[OK] Seed committed at block 5510233. Round open.
Cerulea decomposes fair gaming into modular contracts. Each layer commits randomness, escrows stakes, resolves outcomes, and exposes the round to public replay without the operator ever holding the result.
Provable fairness is a horizontal capability. Here is how different gaming actors put committed randomness to work.
Publish every table and slot outcome against a pre-committed seed, converting player skepticism into a verifiable trust signal and closing outcome disputes with cryptographic replay instead of support tickets.
Key Asset Types
Query seed commitments and resolved outcomes from a live read-only node, replacing infrequent retrospective RNG audits with continuous, mathematically grounded compliance oversight.
Key Asset Types
Independently resolve any historical round to its committed seed and published rules, letting consumer advocates and individual players confirm fairness without trusting the operator.
Key Asset Types
Whether you are bridging a legacy casino management system or running a native on-chain betting DApp, Cerulea routes both into one verifiable fairness record.
For regulated casinos on legacy platforms. Existing bet and outcome events are translated into committed rounds and on-chain resolutions through the API gateway automatically.
Casino Management System
Operator Platform
Cerulea API Gateway
Seed Commit & Signing
Cerulea Private Chain
Fairness Ledger
For decentralized casino DApps. A player wallet signs each bet directly against a committed round and routes it to the public execution layer with no operator intermediary.
Player Wallet / DApp
Bettor Devices
Randomness Beacon
Committed Seed Consensus
Cerulea Public L1
Outcome Settlement Ledger
Building a commit-reveal randomness beacon, deterministic payout logic, and a public fairness verifier from scratch requires specialised cryptography engineers and long regulator certification cycles. Calculate your exact deployment speed using Cerulea.
Traditional Deployment
Solidity Coding & Audits
~ 12 Months
Visual Compilation
WASM Logical Artifacts
~ 4 Weeks
The legacy timeline reflects regulated iGaming engineering benchmarks. Writing a secure commit-reveal beacon, encoding each game's payout logic, and passing a testing-lab RNG certification for an average platform takes a baseline of 8 months. Building the same architecture on Cerulea takes a baseline of 2 weeks, because Cerulea Studio visually translates your fairness and payout rules into pre-audited WebAssembly binaries and provisions the beacon and public verifier instantly.