Definition ∞ Classical verification refers to traditional methods for confirming the correctness or validity of data or processes. These methods typically rely on centralized authorities, established cryptographic techniques, or manual review procedures. In computing, it often involves comparing output against expected results or checking compliance with predefined rules. This approach operates within established computational models without relying on novel cryptographic proofs.
Context ∞ In the digital asset space, classical verification contrasts with newer, more advanced cryptographic proof systems like zero-knowledge proofs. While widely understood and implemented, its reliance on trust in central parties or direct computation can present limitations in decentralized environments. The ongoing discussion involves its role alongside or replacement by more efficient and trustless verification mechanisms.
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