AI Red Teaming stress-tests complete AI ecosystems—models, prompts, RAG, agents, tools, and cloud infrastructure—to identify security weaknesses before attackers manipulate the AI into unauthorized actions.
Traditional vs. AI Red Teaming
Dimension
Traditional Red Teaming
AI Red Teaming
Primary Focus
Systems, networks, APIs, OS, auth
Model behavior, prompts, agency, tools
Attack Vector
Exploiting software code vulnerabilities
Manipulating AI reasoning & decision-making
Impact Scope
Server takeover, network privilege escalation
Unintended tool execution, AI-driven data leakage
Core Question
"Can I compromise this server or API?"
"Can I trick the AI into breaking its business logic?"
Primary Attack Surfaces
- Prompt Injection (LLM01):
- Direct: Malicious instructions sent directly by the user to override system rules.
- Indirect: Hidden instructions placed in external sources (documents, emails, web pages) read by RAG or agents.
- Jailbreaking & System Prompt Leakage: Bypassing safety guardrails using context flooding, multi-step manipulation, or encoding to extract hidden system instructions.
- RAG & Vector Weaknesses (LLM08): Bypassing document-level access control, manipulating retrieval context, or poisoning embeddings.
- Excessive Agency & Tool Misuse: Tricking autonomous agents into invoking unauthorized APIs, altering database records, or executing unintended code.
- Data & Supply Chain Poisoning (LLM04): Injecting malicious content into training pipelines, fine-tuning sets, or vector stores to create backdoors.
Structured 6-Stage Testing Methodology
- Reconnaissance & Mapping: Document models, datasets, vector DBs, memory, IAM permissions, and connected tools.
- Threat Modeling: Identify high-risk paths ($\text{User} \rightarrow \text{LLM} \rightarrow \text{Tool} \rightarrow \text{Enterprise Action}$).
- Model & Prompt Testing: Stress-test jailbreak limits, injection susceptibility, and instruction boundaries.
- Application & RAG Audit: Validate access control layers, document permissions, and input/output sanitization.
- Agentic Workflow Testing: Evaluate agent-to-agent interactions, goal hijacking, and tool authorization abuses.
- Infrastructure & Continuous Runtime: Audit cloud IAM, API gateways, and set up real-time telemetry.
Risk Severity Matrix
$$\text{Risk Severity} = \text{Likelihood} \times \text{Exploitability} \times \text{Business Impact} \times \text{System Privileges}$$
- Low Severity: The model outputs unexpected text or minor hallucinations with no downstream access.
- High Severity: Indirect prompt injection causes unauthorized extraction of confidential company documents via RAG.
- Critical Severity: Manipulated AI agents trigger unauthorized actions, financial transactions, or system account resets.
Core Mitigation Strategy
- External Authorization: Enforce identity and permission checks independently in downstream APIs—never trust the LLM to decide what is allowed.
- Least Privilege: Restrict AI tools to the minimum functional permission set required.
- Input/Output Guardrails: Treat all inputs (including retrieve-backed context) as untrusted, and validate AI output before executing actions.
- Human-in-the-Loop: Require explicit human approval for destructive or high-impact actions.