AI Security / Defensive Controls

AI Application Security Controls

AI Application Security Controls are defensive mechanisms designed to protect the infrastructure, APIs, and application layers surrounding AI models. Since modern AI systems are embedded into applications, agents, and APIs, they inherit risks from both traditional web security and AI-specific vulnerabilities such as prompt injection, model abuse, and data leakage. These controls enforce authentication, authorization, monitoring, and guardrails to ensure secure AI system deployment.

Vulnerability Vector

Mutual Service Authentication (M2M)

Use mutual TLS (mTLS) or OAuth2 scoped tokens for services communicating with AI models to prevent unauthorized service access and lateral movement.

Vulnerability Vector

Granular RBAC for Model Configuration

Restrict who can modify critical model parameters such as temperature, top_p, or system prompts.

Vulnerability Vector

Semantic Input Filtering

Use a dedicated moderation or classification model to analyze user prompts before sending them to the main LLM.

Vulnerability Vector

Structured Output Enforcement

Force the model to produce structured responses using strict schemas such as JSON to prevent arbitrary output execution.

Vulnerability Vector

Token Rate Limiting & Quotas

Limit the number of requests and token usage per user to prevent denial-of-service attacks and financial abuse.

Vulnerability Vector

Differential Error Handling

Return generic error messages to users while logging detailed errors internally to prevent information leakage.

Vulnerability Vector

AI-Aware WAF Rules

Configure Web Application Firewalls with rules specifically designed to detect AI prompt attacks.

Vulnerability Vector

Prompt Isolation & Delimiters

Separate user inputs from system instructions using delimiters or XML-style tags.

Vulnerability Vector

Agent Tool Permission Control

Restrict which tools an AI agent can access and define strict execution policies.

Vulnerability Vector

API Key Security

Secure API keys used by AI applications to prevent unauthorized access.

Vulnerability Vector

Context Window Protection

Prevent attackers from pushing system prompts out of the context window using extremely long prompts.

Vulnerability Vector

Output Content Filtering

Scan generated responses to prevent leakage of sensitive data or harmful content.

Practical Application

Hands-on Lab Environment

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Apply the concepts learned in the AI Application Security Controls course within our virtual terminal environment.

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