Purpose
Runtime Verification closes the gap between what was approved and what is actually running. It helps teams detect configuration drift, unexpected operational changes, and deviations from the expected deployment state after software has already passed build and release checks.
Where to Start
- Select the environments that carry the highest compliance or operational risk.
- Define the approved runtime baseline and evidence requirements.
- Connect deployment, configuration, and alerting sources.
- Establish triage ownership for drift and exception events.
Typical Verification Scope
- Configuration drift from approved state
- Alignment between build artifacts and deployed workloads
- Unexpected runtime changes outside the deployment path
- Evidence capture for assurance and audit use
Operating Model
Baseline
Define the expected configuration and runtime posture at deployment time.
Continuous Checks
Verify deployed state against approved expectations on an ongoing basis.
Evidence
Retain verification results for review, investigation, and compliance reporting.
Implementation Guidance
- Baseline carefully. Runtime verification quality depends on baselines that are accurate enough to catch material drift without generating noise for expected change.
- Route alerts to owners. A drift event should land with the team that can explain, approve, or reverse it quickly.
- Retain evidence deliberately. Evidence expectations should be aligned to audit periods, incident review, and internal assurance processes.
- Use it where change risk is highest. Production, regulated environments, and sensitive services generally benefit first.
Outputs
- Verification status by environment or service
- Drift and exception reporting
- Evidence for internal and external review
- Operational signals for change and incident management
Best Fit
Runtime Verification is best suited for regulated, change-sensitive, or high-assurance environments where teams need proof of continued alignment after deployment, not just a successful release pipeline.