AI Security Testing Hub
Comprehensive testing methodologies for securing AI and LLM systems. From manual reconnaissance to automated adversarial testing.
Testing Approaches
Manual Testing
ESSENTIALHands-on testing using crafted prompts, edge cases, and creative inputs. Best for discovering novel vulnerabilities that automated tools miss.
- Prompt injection with encoding variations
- System prompt extraction attempts
- Context manipulation and jailbreaks
Key Tools: Burp Suite, custom scripts, browser DevTools
Automated Scanning
SCALABLEUse specialized tools to systematically probe for known vulnerabilities at scale. Ideal for regression testing and CI/CD pipelines.
- Prompt injection test suites
- API endpoint scanning
- Configuration auditing
Key Tools: Garak, PyRIT, LLM Guard
Red Teaming
ADVANCEDStructured adversarial engagement simulating real attacker behavior. Covers reconnaissance, exploitation, and impact assessment.
- Multi-turn conversation exploitation
- Tool chain abuse and function injection
- Social engineering via AI outputs
Key Tools: PyRIT, Purple Llama, Adversarial Robustness Toolbox
Adversarial Testing
SPECIALIZEDGenerate adversarial examples to test model robustness. Focus on gradient-based attacks, perturbation analysis, and transferability.
- FGSM and PGD attacks on embeddings
- Character-level perturbations
- Transferability across models
Key Tools: CleverHans, Foolbox, TextAttack
Fuzzing
EMERGINGApply traditional fuzzing techniques to AI systems. Generate malformed inputs to trigger unexpected behavior, crashes, or information disclosure.
- Grammar-based prompt fuzzing
- Token boundary testing
- Multi-language input fuzzing
Key Tools: DeepXplore, TensorFuzz, custom fuzzers
Testing Workflow
Follow this structured approach for every AI security assessment:
Define boundaries, targets, and rules of engagement.
Map attack surface, APIs, and integrations.
Execute test cases, document findings.
Confirm exploitability and business impact.
Document findings with remediation steps.
Red Teaming
Comprehensive methodology for testing AI systems — from reconnaissance to remediation.
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