Noise Resilience

Definition ∞ Noise resilience describes a system’s capacity to maintain functionality and data integrity despite the presence of random disturbances or errors. In computing, this refers to a system’s ability to operate correctly when faced with unintended variations in signals or data. It is a critical attribute for reliable operation, particularly in environments prone to interference. This property ensures stability against unpredictable fluctuations.
Context ∞ Noise resilience is a significant concern in the development of advanced computing, including quantum systems and robust communication protocols. Within blockchain technology, this concept relates to a network’s ability to resist attacks or failures that introduce corrupt data, thereby preserving transaction validity and ledger consistency. Ensuring high noise resilience is vital for the long-term viability of decentralized digital assets.