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AI Security Self-Assessment

Evaluate your organization's AI security posture

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Assessment Guidance

Be honest in your responses to identify real security gaps

Is there written, explicit authorization covering any AI systems you test, including third-party models and MCP servers you do not own?

Governance

Note: Check regional regulations (GDPR, AI Act) and contractual obligations before testing.

Have you classified the data your models and agents touch, and excluded production personal data from testing environments?

Governance

Note: An untested staging copy of real customer data is still regulated data.

Do you treat model input as untrusted, with a documented boundary between instructions and retrieved or user-supplied content?

Prompt Injection

Note: This is OWASP LLM01. Most real breaches start here.

Is model output treated as untrusted data at every downstream sink, rather than being passed straight to a shell, SQL, or template?

Prompt Injection

Note: OWASP LLM05: Improper Output Handling.

Do your MCP servers and agent tools enforce authentication and per-tool authorization, rather than exposing every tool to any caller?

Agents & MCP

Note: Several 2026 CVEs scored 10.0 purely because SSE transport shipped without auth.

Are agent actions bounded by least privilege, with approval gates and spend or step limits on autonomous loops?

Agents & MCP

Note: OWASP LLM06: Excessive Agency.

Do you control what enters your RAG corpus and fine-tuning data, and can you trace a retrieved chunk back to an authorized source?

Data & Retrieval

Note: OWASP LLM04 and LLM08: poisoning and embedding store access control.

Are secrets, credentials, and system prompts kept out of context that an attacker can influence, and are they prevented from being echoed back?

Data & Retrieval

Note: OWASP LLM02 and LLM07.

Do you log model and agent activity in a form that lets you reconstruct what a request did, including tool calls and retrieved context?

Detection & Response

Note: Without this you cannot investigate an incident at all.

Is there a documented path to pull a model or agent back once a prompt injection or tool abuse is suspected?

Detection & Response

Note: Revoking credentials and disabling tools beats patching mid-incident.

Assessment Score

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Assessment Breakdown

By Category

By Implementation Level

Improvement Recommendations

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Frequently Asked Questions

What is an AI security self-assessment?
An AI security self-assessment is a structured evaluation of your organization's AI and LLM security posture. It covers areas like prompt injection readiness, data handling practices, MCP server security, access controls, incident response capabilities, and compliance with AI security standards and regulations.
How do I evaluate my organization's AI security posture?
Evaluate AI security posture by assessing: whether LLM inputs and outputs are properly validated, if MCP tools have appropriate access controls, how training data and model artifacts are protected, whether AI incident response plans exist, and if your team follows secure AI development practices and complies with relevant regulations.
What are the key areas to assess in AI security?
Key AI security assessment areas include: prompt injection defenses, model access controls, API security for LLM endpoints, MCP server configuration, training data protection, output filtering and leakage prevention, supply chain security for ML dependencies, and compliance with frameworks like NIST AI RMF and EU AI Act.
How often should AI security assessments be performed?
AI security assessments should be performed at least quarterly, plus whenever significant changes are made to AI systems. Trigger events include: deploying new LLM models, adding MCP tools or resources, changing system prompts, integrating new third-party AI services, or after any AI security incident.
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