Safeguard
AI Security•

AI incident response: what to add to your existing plan

Your incident plan probably misses AI failures. What to add: definitions, intake fields, a kill switch, communication, third-party cases and review.

Safeguard Security Team
3 min read

Extend your existing incident response plan rather than writing a new one. Add AI-specific incident definitions, intake fields, a way to disable the system, communication to affected parties, a track for third-party AI failures, and a review loop. NIST covers these across GOVERN 4.3, MANAGE 2.4 and MANAGE 4.3.

Define what counts

Beyond security breaches, AI incidents include harmful or false output reaching users, data exposed through prompts or outputs, a model behaving outside intended use, bias discovered in production, and failures in a vendor's model that you depend on. Write examples into the plan.

Intake: what to capture

The generative AI profile suggests a minimum set of criteria for reporting incidents: system ID, title, reporter, source, date reported, date of incident, description, impacts and stakeholders impacted. Add the model version and a copy of the relevant inputs and outputs, handled under your data rules.

Be able to switch it off

MANAGE 2.4 asks for mechanisms, with assigned and understood responsibilities, to supersede, disengage or deactivate AI systems that show performance or outcomes inconsistent with intended use. In practice: a feature flag, a documented owner who can use it, and a fallback path such as manual handling.

Test it. A kill switch nobody has tried is an assumption.

Communicate

MANAGE 4.3 asks that incidents and errors be communicated to relevant AI actors, including affected communities, and that tracking, response and recovery be documented. Check this against breach notification and data protection obligations, which have their own clocks. The profile suggests aligning plans with relevant breach reporting and privacy law.

Third-party AI

If a vendor's model fails or is breached, you still answer to your customers. The profile suggests incident plans for third-party generative AI that define ownership, are shared with relevant people, and are rehearsed at a regular cadence. Ask vendors how they will notify you.

Learn from it

After each incident, update the plan, the tests, the policy and the inventory entry. NIST's MANAGE 4.2 asks for measurable continual improvement integrated into system updates.

Rehearse

Run a tabletop with a scenario such as a customer-facing assistant revealing another customer's data, or an agent taking an unintended action. Note who had to be called and what was unclear.

Where Safeguard fits

Safeguard supports agent identity and policy guardrails, which can help limit what an AI agent is allowed to do and leave a record of it. They complement, and do not replace, a tested response plan.

Evidence to preserve

Save the prompt, the output, the model and version, retrieval sources, tool calls, timestamps and any human edits. Models change over time, so a later replay may not reproduce the failure. Restrict access to this evidence, since it can contain personal or confidential data, and set a retention period that matches your data rules and any legal hold. Good records also make the post-incident review far more useful.

Quick check

Who declares an AI incident?

Anyone should be able to report one. The system owner or incident commander classifies it using the plan's definitions.

Do near misses count?

Track them. They are cheap lessons, and NIST's GOVERN 4.3 asks for practices that enable incident identification and information sharing.

Sources

Last reviewed: 19 October 2026.

Never miss an update

Weekly insights on software supply chain security, delivered to your inbox.

Self-healing security runs on Safeguard.

Your first fix PR is minutes away.

No sales call required, even your agent can complete the purchase over MCP.