What Is the Cryptographic Basis for a 'Commit-Reveal' Scheme? ⎊ Path

What Is the Cryptographic Basis for a ‘Commit-Reveal’ Scheme?

The cryptographic basis for a 'commit-reveal' scheme lies in the use of a collision-resistant cryptographic hash function. In the commit phase, the trader computes a hash of their transaction details concatenated with a secret random number (a salt or nonce).

Because the hash function is collision-resistant, it is computationally infeasible to find another input that produces the same hash, proving the commitment is genuine. In the reveal phase, the original data and the secret number are revealed, and the network verifies the hash, ensuring the transaction was not altered.

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Glossar

Commit-Reveal

Mechanism ⎊ Commit-Reveal protocols, within decentralized finance, represent a staged disclosure of trading intentions, initially committing to a transaction and subsequently revealing the specifics.

Secret Random Number

Genesis ⎊ A secret random number, within decentralized systems, functions as a non-predictable input crucial for establishing initial conditions and ensuring fairness in protocols like verifiable delay functions or commitment schemes.