Definition ∞ Forgery resistance describes a system’s ability to prevent unauthorized duplication or alteration of data or assets. This property ensures the authenticity and integrity of records, making it exceptionally difficult for malicious actors to create false copies or tamper with existing ones. It relies on robust cryptographic primitives, secure hashing algorithms, and distributed consensus mechanisms. High forgery resistance is a core security attribute for digital systems handling valuable information.
Context ∞ Blockchain technology inherently possesses strong forgery resistance due to its cryptographic chaining of blocks and decentralized validation processes. News reports frequently highlight this attribute as a key advantage for securing digital assets and maintaining immutable transaction histories. The ongoing pursuit of quantum-resistant cryptography aims to maintain this resistance against future computational threats.
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