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A comprehensive open-source framework designed for systematically identifying and mitigating vulnerabilities in Large Language Models (LLMs) through automated testing and analysis.
The LLM Red Teaming Framework is an essential tool for evaluating the safety and security of Large Language Models. It automates the process of discovering potential risks and vulnerabilities before deployment, enabling developers and researchers to build more reliable and safer AI systems.
Large Language Models can exhibit harmful behaviors, including generating toxic or biased content, revealing sensitive information, or being susceptible to prompt injection attacks. Manually identifying these risks is time-consuming and inefficient. This framework provides a systematic, automated approach to proactively discover and document these vulnerabilities.
Automated generation of adversarial prompts to test LLM robustness against various attacks (e.g., jailbreaking, prompt injection).
Scans LLM outputs for predefined undesirable content such as toxicity, bias, privacy violations, and security vulnerabilities.
Provides detailed reports on identified vulnerabilities, including severity, attack type, and example inputs/outputs.
The framework can be applied in various scenarios where rigorous testing of LLM behavior is required:
Evaluate a newly fine-tuned or pre-trained LLM model against known attack types to assess its inherent safety level.
Provides a baseline safety score and identifies specific weaknesses of the model.
Regularly scan the LLM endpoint used by an application to detect potential regressions in safety or newly discovered vulnerabilities.
Ensures the LLM component of an application remains safe and robust over time.
Used as part of compliance checks for deploying LLMs in regulated industries.
Generates documented evidence of safety testing for audits and regulatory requirements.
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