Definition ∞ A Hash-Based Succinct Argument is a cryptographic proof system that uses hash functions to achieve succinctness and computational efficiency. Unlike SNARKs that often rely on complex algebraic structures, these arguments derive their security from the collision resistance of hash functions. They provide a method to prove computational integrity with small proof sizes. This approach offers an alternative to traditional zero-knowledge constructions.
Context ∞ Hash-Based Succinct Arguments are particularly relevant in scenarios where quantum resistance is a significant consideration, as hash functions are generally considered more resilient to quantum attacks than elliptic curve cryptography. Research efforts focus on improving their proof generation and verification times. Their development contributes to a diverse landscape of verifiable computation technologies.
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