Definition ∞ Asynchronous Byzantine Fault Tolerant systems are distributed computing protocols that maintain agreement even when some network participants act maliciously and message delivery times are unpredictable. These systems achieve consensus without relying on synchronized clocks or guaranteed message delivery within a fixed timeframe. Their design prioritizes safety and liveness under challenging network conditions, making them suitable for environments where communication delays are common.
Context ∞ Asynchronous BFT systems are central to developing robust and resilient decentralized networks, particularly in blockchain contexts where censorship resistance and fault tolerance are paramount. Ongoing research addresses optimizing their performance and scalability to handle high transaction volumes without sacrificing security. Their continued evolution is vital for the stability and adoption of future decentralized applications.
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