CyberSecEval
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| Fact | CyberSecEval | NVIDIA NeMo Guardrails |
|---|---|---|
| Documentation depth | The repository documents benchmark commands, provider formats, self-hosted integration, datasets, judging stages and developer tests. | The documentation covers installation, configuration, Colang, APIs, evaluation, vulnerability scanning, observability, Docker, microservices, troubleshooting and security. |
| Installation | The documented setup creates a Python virtual environment and installs dependencies from requirements.txt. | The documented installation command is pip install nemoguardrails, with source installation available from GitHub. |
| Intended users | The project describes itself as tools and evaluations intended to help the community build responsibly with open generative AI models. | The library is presented for developers and teams building LLM applications who need configurable policy enforcement and safety checks. |
| License | Cybersecurity evaluations and benchmarks in Purple Llama are licensed under MIT, while included Llama safeguard models use separate Llama Community licenses. | The NeMo Guardrails library is licensed under the Apache License 2.0. |
| Purpose | CyberSecEval 4 is a benchmark suite for assessing cybersecurity vulnerabilities and defensive capabilities in large language models. | NeMo Guardrails is an open-source Python package for adding programmable guardrails to LLM-based applications. |
CyberSecEval suits developers and researchers evaluating cybersecurity risks or defensive capabilities in generative AI models. Teams considering AutoPatch should account for its substantial compute and storage requirements.
NeMo Guardrails suits developers and teams building LLM applications that need configurable policy enforcement and safety checks. It is relevant to projects using Python, supported frameworks, or a self-managed deployment.