Independent · Unaffiliated · Source-led
Direct answer
Stake publishes a commitment-and-seed model for Originals. The local walkthrough can reproduce a SHA-256 commitment from text you enter, but it does not recreate every game result or audit Stake's implementation.
Last verified:Verification is narrow: first prove that a revealed value matches a prior hash commitment, then apply the game's documented result algorithm separately.
Stake publishes a cryptographic commitment-and-input model for provably fair Originals and links related verification material. (source checked on 24 July 2026)
fairness-help-links · fairness-commitment, fairness-input-model · The local walkthrough computes SHA-256 from the exact UTF-8 input bytes in the browser without sending the input to Stake.
local-sha256-oed · A server can publish a hash commitment before revealing the underlying value. After reveal, hashing the exact same bytes should reproduce the commitment.
Enter the example value, calculate locally and compare the hexadecimal digest character for character. Encoding and punctuation matter.
You still need the game's documented combination and mapping rules to reproduce a result. This walkthrough makes no claim about undisclosed code.
Record the commitment before the value is revealed.
Preserve the exact revealed text and encoding.
Calculate SHA-256 locally.
Compare the full hexadecimal digest.
Use the separate game algorithm only when it is fully documented.
The demonstration hashes only the entered text. It does not verify a game result or audit the platform.
→ A mismatch means the exact inputs differ; it does not identify which party or step caused the difference.
It refers to a documented commitment and verification model, not a guarantee that gambling is safe or profitable.
No. It runs a local, generic SHA-256 example and sends no input.
No. It does not predict or influence results.
CHECKED FACTS
| Topic | Statement | Status | Source IDs |
|---|---|---|---|
| Key facts | Stake publishes a cryptographic commitment-and-input model for provably fair Originals and links related verification material. (source checked on 24 July 2026) | Confirmed in a current official source | provable_fairness_help#fairness-help-links, provable_fairness_overview#fairness-commitment, provable_fairness_overview#fairness-input-model |
| Key facts | The local walkthrough computes SHA-256 from the exact UTF-8 input bytes in the browser without sending the input to Stake. | Reproduced from a published method | static_export_observation#local-sha256-oed |
SOURCES · Last verified 2026-07-24
provable_fairness_help
provable_fairness_overview
static_export_observation