About — Runtime Verification

Context and positioning.

Context

Software, hardware, cyber-physical, and other executing systems expose concrete behavior through events, states, values, and transitions produced during operation or recorded for later analysis.

Runtime-verification environments relate those observations to explicit properties or specifications so that individual executions can be assessed with rigorous monitoring methods.

Differentiation

Runtime verification differs from exhaustive formal verification by evaluating concrete executions rather than attempting to establish a property over every possible system behavior.

It also differs from general testing: the defining structural relation is the assessment of an execution trace against an explicit monitored property or specification, rather than test execution alone.

System Role

Within bounded execution environments, runtime verification functions as a structural relation between a property specification, an observed execution trace, monitor evaluation, and the resulting verification verdict.

This relation supports online or offline assessment of individual executions without equating runtime monitoring with static proof, exhaustive model checking, implementation-specific instrumentation, or operational enforcement.