AI Incident Response
What is AI Incident Response?
AI Incident ResponseThe set of processes, roles, and playbooks an organisation uses to detect, contain, investigate, communicate, and recover from incidents involving AI systems.
AI incident response extends classical incident response (NIST SP 800-61) to AI-specific events: prompt-injection abuse, agent runaway, model jailbreak in production, harmful or biased outputs at scale, training-data leakage, model theft, supply-chain compromise, and physical or financial damage caused by autonomous decisions. Response activities use AIBOMs to identify affected systems, model registries for rollback, prompt and output logs for forensics, and red-team scenarios to triage. Regulators are formalising obligations: the EU AI Act requires reporting of serious incidents involving high-risk AI, and the OECD AI Incidents Monitor and US AI Safety Institute publish taxonomies. Mature programs integrate AI incidents with SOC, privacy, legal, and trust-and-safety workflows.
● Examples
- 01
An LLM customer-support bot starts emitting offensive language after a prompt-injection campaign; teams disable the deployment, roll back the system prompt, and notify regulators.
- 02
An agentic workflow performs unauthorized refunds; finance, legal, and AI security collaborate using the AIBOM to identify affected accounts.
● Frequently asked questions
What is AI Incident Response?
The set of processes, roles, and playbooks an organisation uses to detect, contain, investigate, communicate, and recover from incidents involving AI systems. It belongs to the AI & ML Security category of cybersecurity.
What does AI Incident Response mean?
The set of processes, roles, and playbooks an organisation uses to detect, contain, investigate, communicate, and recover from incidents involving AI systems.
How does AI Incident Response work?
AI incident response extends classical incident response (NIST SP 800-61) to AI-specific events: prompt-injection abuse, agent runaway, model jailbreak in production, harmful or biased outputs at scale, training-data leakage, model theft, supply-chain compromise, and physical or financial damage caused by autonomous decisions. Response activities use AIBOMs to identify affected systems, model registries for rollback, prompt and output logs for forensics, and red-team scenarios to triage. Regulators are formalising obligations: the EU AI Act requires reporting of serious incidents involving high-risk AI, and the OECD AI Incidents Monitor and US AI Safety Institute publish taxonomies. Mature programs integrate AI incidents with SOC, privacy, legal, and trust-and-safety workflows.
How do you defend against AI Incident Response?
Defences for AI Incident Response typically combine technical controls and operational practices, as detailed in the full definition above.
What are other names for AI Incident Response?
Common alternative names include: AI IR, Generative AI incident response.
● Related terms
- forensics-ir№ 524
Incident Response
The organised process of preparing for, detecting, analysing, containing, eradicating, and recovering from cyber security incidents, then capturing lessons learned.
- forensics-ir№ 525
Incident Response Plan
A documented, approved playbook that defines how an organisation prepares for, detects, contains, eradicates, recovers from, and learns from cyber incidents.
- ai-security№ 027
AI Governance
The policies, processes, roles, and controls organisations and regulators use to ensure AI systems are developed, deployed, and operated responsibly and lawfully.
- ai-security№ 691
MLSecOps
The discipline of integrating security and risk controls across the entire machine-learning lifecycle, from data sourcing through training, deployment, monitoring, and retirement.
- ai-security№ 025
AI Bill of Materials (AIBOM)
A machine-readable inventory of every component that goes into an AI system — datasets, base models, fine-tuning data, libraries, prompts, and evaluation artifacts — used for security, compliance, and accountability.
- ai-security№ 777
OWASP LLM Top 10
An OWASP-maintained list of the ten most critical security risks affecting applications that build on large language models.