How Does Hashing Compare to Traditional Methods like Notarization for Contract Integrity?

Hashing provides a faster, universally verifiable, and cryptographically stronger method for proving contract integrity than traditional notarization. Notarization relies on the trust of a third-party authority and physical or digital stamps.

Hashing provides a mathematical proof that the data has not changed since the hash was generated. This allows for automated, peer-to-peer verification without a trusted intermediary, which is fundamental to decentralized finance (DeFi).

What Role Does Hashing Play in Establishing Cryptographic Proof for a Blockchain Transaction?
What Is the Role of Hashing in the Clearing and Settlement of Financial Derivatives?
What Mechanism Ensures the Randomness and Fairness of Validator Selection?
How Does Proof-of-Work Contribute to the Security of Proof-of-Activity?
What Is the Difference between a Signature Algorithm and a Hashing Algorithm?
What Is the Concept of “Fair Ordering” and How Does It Address MEV?
How Is Validator Selection Randomized in PoS to Prevent Centralization?
How Does the Transparency of On-Chain Algorithms in These Models Compare to the Audits of Collateralized Stablecoins?

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