This research introduces a formal approach to distributed runtime verification in asynchronous fault-tolerant environments, expanding our understanding of system security verification.

• Establishes a novel wait-free algorithm framework for language decidability in distributed systems
• Addresses crash failure scenarios in asynchronous shared memory models
• Defines precise conditions for when distributed verification can be successfully implemented
• Provides theoretical foundations for developing more resilient security verification tools

For security professionals, this work enables more robust verification of distributed system properties despite node failures, critical for maintaining system integrity in complex environments.

Asynchronous Fault-Tolerant Language Decidability for Runtime Verification of Distributed Systems