AI monitoring guide

Operationalise AI model monitoring with safety, drift, and resilience guardrails

Use this guide to connect production telemetry, evaluation outputs, and incident management so that AI systems stay within policy thresholds while shipping updates quickly.

Updated with European AI Act post-market monitoring requirements, OMB M-24-10 measurement guidance, and NIST IR 8360 drift detection practices.

Reference Zeph Tech research: AISIC benchmark releases, GPAI provider transparency updates, and incident postmortem patterns for safety-impacting AI.

Executive overview

Monitoring closes the gap between pre-deployment evaluation and real-world behaviour. EU AI Act Articles 61–63 require deployers to run post-market monitoring, log relevant events, and notify serious incidents. OMB M-24-10 expects agencies to track operational metrics, human oversight effectiveness, and model updates for safety-impacting AI.

This guide defines the telemetry you must capture, how to build alerting and escalation paths, and how to integrate monitoring data with governance artefacts. It complements the safety evaluation and procurement governance guides by turning evidence into continuous signals.

Telemetry design

  • Model I/O capture. Log prompts, inputs, outputs, and tool invocations with privacy safeguards (hashing, tokenisation, minimisation). Annotate entries with model version, policy configuration, and user segment.
  • Quality and safety metrics. Track refusal integrity, safety filter hit rates, hallucination indicators, latency, and cost. For HR, credit, or safety-critical uses, include fairness slices and disparate impact markers.
  • Drift and data quality. Monitor data distribution changes, embedding shifts, and feature range violations. Use population stability indexes and NIST IR 8360 techniques to detect shift early.
  • Dependency observability. Capture upstream API health, vector store latency, and foundation-model provider status. Tie provider incidents to your own service-level objectives.

Controls and automation

Translate telemetry into enforceable controls:

  • Guardrails. Enforce policy filters (safety, PII, compliance) at inference time with circuit breakers for high-severity events. Include human-in-the-loop checkpoints for safety-impacting actions.
  • Adaptive routing. Route high-risk prompts to safer models or human review. Maintain routing decision logs for auditability.
  • Release gating. Block deployments when monitoring thresholds degrade beyond pre-set limits or when evaluation results regress. Require independent approval for overrides.
  • Automated tickets. Stream alerts into incident management with severity mapping aligned to Article 62 serious-incident triggers and internal runbooks.

Dashboards and reporting

Reporting must satisfy product leadership, risk committees, and regulators:

  • Operational dashboards. Display latency, throughput, safety filter performance, refusal rates, and routing decisions. Segment by geography to support EU market surveillance inquiries.
  • Risk dashboards. Surface drift indicators, fairness slices, and incident trends. Include evidence links to evaluation runs, model cards, and incident postmortems.
  • Regulator-ready reports. Generate quarterly summaries covering post-market monitoring, serious incidents, and corrective actions. Keep records exportable to Annex IV technical files and Appendix C submissions.
  • Customer transparency. For enterprise clients, provide change logs, performance baselines, and safety controls in line with Data Act portability and contract terms.

Operating model

  • Roles and escalation. Define responders (SRE, product, safety, legal) and escalation timelines. Integrate with enterprise incident response so model issues follow the same severity and notification cadence as security incidents.
  • Data stewardship. Assign data owners to approve logging scopes, retention periods, and access controls. Document privacy impact assessments for monitoring datasets.
  • Supplier coordination. Subscribe to provider status feeds and transparency reports. Require suppliers to notify of model changes that could affect your metrics, and rehearse switchovers to alternate models.
  • Feedback loops. Feed production findings into retraining pipelines, evaluation libraries, and user education. Track mitigation effectiveness through closed-loop tickets.

60-day implementation plan

  1. Weeks 1–2: Define monitoring KPIs, build data schemas, and enable minimal prompt/output logging with privacy controls. Establish severity mapping to incidents.
  2. Weeks 3–4: Deploy dashboards and alerts for latency, safety filters, and refusal integrity. Connect alerts to incident management and run one rehearsal.
  3. Weeks 5–6: Add drift detection, fairness slices, and dependency health checks. Tie release gating to monitoring thresholds and document override governance.
  4. Weeks 7–8: Automate regulator-ready reports, integrate supplier notifications, and publish customer-facing change logs where applicable.

By week eight, the monitoring programme should demonstrate continuous visibility, defined controls, and audit-ready reporting that satisfy EU and U.S. expectations.

Appendix: evidence checklist

  • Monitoring policy covering scope, privacy controls, and regulator triggers.
  • Data schemas for prompt/output logs with retention and access rules.
  • Dashboard snapshots and alert configurations mapped to risk thresholds.
  • Incident tickets with root-cause analysis, mitigations, and verification reruns.
  • Quarterly reports aligning monitoring outcomes with Annex IV technical documentation.
  • Supplier change notifications and your corresponding validation results.

Maintaining these records accelerates inspections, simplifies customer audits, and ensures monitoring signals continuously improve model safety.