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pentest-ai-llm

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Atualizado9 de junho de 2026 às 03:59

LLM-backed application, AI agent, and AI/ML supply-chain penetration testing. Use when the user mentions LLM pentest, AI red team, prompt injection (direct or indirect), jailbreak, DAN, Crescendo, GCG, many-shot jailbreak, system prompt leakage, RAG poisoning, embedding poisoning/inversion, vector DB attack, MCP / Model Context Protocol abuse, tool poisoning, agent excessive agency, function-call abuse, output handling chains (XSS/SSRF/SQLi via LLM output), training-data extraction, membership inference, modelscan/picklescan, Hugging Face poisoned model, garak, PyRIT, promptmap, Augustus, Spikee, OWASP LLM01-LLM10, MITRE ATLAS, or unbounded consumption / cost amplification.

Instalação

Instalar com Codex ou Claude Copie este prompt, cole no Codex, Claude ou outro assistente e deixe que ele revise a página da skill e instale para você.

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Fonte

thau0x01

thau0x01/ai-pentest-kb

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Ocupações relacionadasSOC

Baseado na classificação ocupacional SOC

Analistas de segurança da informaçãoInformática e Matemática·SOC 15-1212

SKILL.md

readonly

name

pentest-ai-llm

description

Pentest — AI / LLM

Apply 11-ai-llm/ from the pentest-templates library.

Library root

$PENTEST_LIBRARY — caminho absoluto deste repositório clonado (definido pelo instalador; veja INSTALL.md).

Read 11-ai-llm/00-overview.md first.

Phase order

11-ai-llm/01-information-gathering.md — model + provider + system-prompt indicators + tool inventory + RAG sources + guardrails.
11-ai-llm/04-system-prompt-leakage.md — extract base instructions before attacking; reveals boundaries.
11-ai-llm/02-prompt-injection.md — DAN / encoding / Crescendo / GCG.
11-ai-llm/03-indirect-prompt-injection.md — RAG / web / docs / MCP.
11-ai-llm/07-excessive-agency.md — tool / function-call / MCP abuse.
11-ai-llm/05-rag-and-embeddings.md — vector DB attacks, embedding poisoning, inversion.
11-ai-llm/06-output-handling.md — chain LLM output to web vulns (XSS / SSRF / SQLi).
11-ai-llm/08-sensitive-info-disclosure.md — training-data extraction, PII inference.
11-ai-llm/10-unbounded-consumption.md — DoS / cost amplification.
11-ai-llm/09-supply-chain.md — model registry, dependency CVEs.

How to operate

Map the application surface first: model, system prompt indicators, tools/functions, RAG sources, guardrails, output sinks (01-information-gathering.md).
Extract the system prompt before anything else (04-system-prompt-leakage.md) — it reveals boundaries and tool definitions, sharply improving every later attack.
Quantify success rate (e.g., 7/10 trials) — most bypasses are non-deterministic. Findings without rate quantification are weak.
Output-handling chains: when the LLM output reaches an HTML / DB / shell / fetch sink, verify end-to-end (LLM → consumer system → impact). The web-side wraps pentest-web-api.
For agent / MCP / tool abuse, document the invocation chain + business impact (the deliverable is the chain, not the individual prompt).
Cost amplification: track $/hour budget impact and stop early — token-budget limits are mandatory.

When NOT to use

Pure web/API testing without LLM features → pentest-web-api.
Cloud-only LLM endpoints (Azure OpenAI, AWS Bedrock, Vertex) → also pentest-cloud for cloud-side config.
Mobile app with on-device LLM → also pentest-mobile.

Pre-conditions

Test account / API key.
ROE: provider acceptable-use rules, customer-data handling, cost-cap.
garak (NVIDIA) + PyRIT (Microsoft) installed; promptmap, Augustus, Spikee, modelscan, picklescan, Vec2Text, interactsh available.
Burp / Caido on HTTP wrapper.

OPSEC

Provider-side observability is significant — Azure OpenAI / AWS Bedrock log every prompt.
Aggressive testing → rate-limit / suspension; pace accordingly.
Production PII may surface in prompts — handle carefully.

Output expectations

Per-finding: prompt + response (sanitised), reproduction count, success rate, OWASP LLM Top 10 mapping.
For agent / tool abuse findings: invocation chain + business impact.
For RAG findings: source document + retrieval evidence.
For output-handling: end-to-end chain.
Cost amplification: $/hour budget impact when applicable.

References inside the library

OWASP LLM Top 10 (2025): https://genai.owasp.org/llm-top-10/
MITRE ATLAS: https://atlas.mitre.org/
garak: https://github.com/NVIDIA/garak
PyRIT: https://github.com/Azure/PyRIT
Tooling: tool-mappings/01-web-api-tools.md § LLM/AI section.
Cross-references: 01-web-api/ (HTTP wrapper), 06-cloud/ (cloud-side LLM endpoints), 02-mobile/ (mobile-app LLM features).
Playbook: playbooks/08-ai-llm-engagement.md.

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name

pentest-ai-llm

description

Pentest — AI / LLM

Apply 11-ai-llm/ from the pentest-templates library.

Library root

$PENTEST_LIBRARY — caminho absoluto deste repositório clonado (definido pelo instalador; veja INSTALL.md).

Read 11-ai-llm/00-overview.md first.

Phase order

11-ai-llm/01-information-gathering.md — model + provider + system-prompt indicators + tool inventory + RAG sources + guardrails.
11-ai-llm/04-system-prompt-leakage.md — extract base instructions before attacking; reveals boundaries.
11-ai-llm/02-prompt-injection.md — DAN / encoding / Crescendo / GCG.
11-ai-llm/03-indirect-prompt-injection.md — RAG / web / docs / MCP.
11-ai-llm/07-excessive-agency.md — tool / function-call / MCP abuse.
11-ai-llm/05-rag-and-embeddings.md — vector DB attacks, embedding poisoning, inversion.
11-ai-llm/06-output-handling.md — chain LLM output to web vulns (XSS / SSRF / SQLi).
11-ai-llm/08-sensitive-info-disclosure.md — training-data extraction, PII inference.
11-ai-llm/10-unbounded-consumption.md — DoS / cost amplification.
11-ai-llm/09-supply-chain.md — model registry, dependency CVEs.

How to operate

Map the application surface first: model, system prompt indicators, tools/functions, RAG sources, guardrails, output sinks (01-information-gathering.md).
Extract the system prompt before anything else (04-system-prompt-leakage.md) — it reveals boundaries and tool definitions, sharply improving every later attack.
Quantify success rate (e.g., 7/10 trials) — most bypasses are non-deterministic. Findings without rate quantification are weak.
Output-handling chains: when the LLM output reaches an HTML / DB / shell / fetch sink, verify end-to-end (LLM → consumer system → impact). The web-side wraps pentest-web-api.
For agent / MCP / tool abuse, document the invocation chain + business impact (the deliverable is the chain, not the individual prompt).
Cost amplification: track $/hour budget impact and stop early — token-budget limits are mandatory.

When NOT to use

Pure web/API testing without LLM features → pentest-web-api.
Cloud-only LLM endpoints (Azure OpenAI, AWS Bedrock, Vertex) → also pentest-cloud for cloud-side config.
Mobile app with on-device LLM → also pentest-mobile.

Pre-conditions

Test account / API key.
ROE: provider acceptable-use rules, customer-data handling, cost-cap.
garak (NVIDIA) + PyRIT (Microsoft) installed; promptmap, Augustus, Spikee, modelscan, picklescan, Vec2Text, interactsh available.
Burp / Caido on HTTP wrapper.

OPSEC

Provider-side observability is significant — Azure OpenAI / AWS Bedrock log every prompt.
Aggressive testing → rate-limit / suspension; pace accordingly.
Production PII may surface in prompts — handle carefully.

Output expectations

Per-finding: prompt + response (sanitised), reproduction count, success rate, OWASP LLM Top 10 mapping.
For agent / tool abuse findings: invocation chain + business impact.
For RAG findings: source document + retrieval evidence.
For output-handling: end-to-end chain.
Cost amplification: $/hour budget impact when applicable.

References inside the library

OWASP LLM Top 10 (2025): https://genai.owasp.org/llm-top-10/
MITRE ATLAS: https://atlas.mitre.org/
garak: https://github.com/NVIDIA/garak
PyRIT: https://github.com/Azure/PyRIT
Tooling: tool-mappings/01-web-api-tools.md § LLM/AI section.
Cross-references: 01-web-api/ (HTTP wrapper), 06-cloud/ (cloud-side LLM endpoints), 02-mobile/ (mobile-app LLM features).
Playbook: playbooks/08-ai-llm-engagement.md.