Definition ∞ High fault resiliency describes a system’s ability to continue operating effectively despite the occurrence of failures or errors. This characteristic ensures continuous service availability and data integrity even when components malfunction. In blockchain systems, it relates to the network’s capacity to maintain consensus and process transactions reliably. Such systems are robust against various disruptions.
Context ∞ High fault resiliency is a critical design objective for blockchain networks, particularly those supporting high-value transactions or essential infrastructure. The current state involves diverse consensus algorithms and network architectures aimed at maximizing uptime and security. Future advancements will concentrate on further decentralization and sophisticated error recovery mechanisms to bolster system robustness.
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