Every result,
on the record.
Tamper-evident proofs for every gameplay outcome — signed as they happen, verifiable forever, private by default.
Private data. Public proof.
Your data stays private, but its integrity can be verified when it matters.
Signed at ingestion
Gameplay events are hashed and recorded as they enter the platform, creating a clear integrity trail from the original event forward.
Verified when it matters
Results can be checked later for audits, disputes, rankings, and reviews without exposing the full raw dataset.
Private by default
Studios control what remains internal, what can be shared, and what can be publicly proven when external trust is required.
When trust decides outcomes, you need more than a database.
Data integrity does not matter until it does. But when it does, it matters in a big way. Like most security layers, it stays invisible when everything is working. It only becomes visible when something breaks.
And when that happens, trust breaks with it. Customers lose confidence fast, and that often turns into lost users. Gamers Lab is the first data-forward integrity layer built specifically for gaming, using security-hardened cryptography and practices to make competitive outcomes more defensible.
Gamers take scores seriously, and so do we. When real-money rewards, esports results, prizes, or even just the prestige of winning are on the line, secure and defensible game data matters even more. Gamers Lab makes it possible to prove data integrity without exposing the game's full raw dataset.
A configurable proof model for competitive game data
Gamers Lab gives studios adjustable levels of data integrity, from lightweight platform-signed verification to stronger end-to-end proof chains that begin at the game server and can be anchored externally. The goal is simple: make outcomes more defensible without forcing studios to expose their full raw dataset.
Append-only records
Proofing begins with immutable, append-only gameplay records. Source rows are written once and not rewritten later with proof metadata.
Deterministic row hashing
Each proofable row carries a precomputed row_hash derived from a stable canonical payload definition.
Ordered proof batches
Rows are selected per tenant, ordered deterministically, and grouped into non-overlapping proof batches.
Merkle aggregation
Ordered row hashes are aggregated into a Merkle root, making the batch compact, verifiable, and replayable later.
Signed checkpoints
Gamers Lab hashes the batch summary into one checkpoint hash and signs it with the platform signing key.
Optional external anchoring
Proof packages can be sent to blockchain, IPFS, or durable object storage depending on the assurance level selected.
End-to-End
Signed at the source, signed again by Gamers Lab at checkpoint creation, and anchored to durable or immutable storage.
Anchored
No source signing, but proof batches are still signed by Gamers Lab and anchored externally.
Platform-Signed
Signed by Gamers Lab at checkpoint creation, with no source signing and no external anchoring.
Ready to see it in action?
Integrate your game or grab a free UGC app builder key now.