CyberSecEval vs PromptRAID
CyberSecEval
meta-llama.github.ioPromptRAID
github.comSide by side
| Figure | CyberSecEval | PromptRAID |
|---|---|---|
| Price from | Free | — |
| Free plan | Yes | — |
| Free trial | — | — |
| Open source | Yes | — |
| Web | Yes | — |
| Windows | — | Yes |
| macOS | Yes | — |
| Linux | Yes | Yes |
| API | Yes | — |
| Self-hosted | Yes | — |
| Plans published | 1 | 0 |
| Spec score · AI Security Testing Tools | 8.8 (#4) | 7.0 (#23) |
| Installation | The documented setup creates a Python virtual environment and installs dependencies from requirements.txt. | The README recommends installing the CLI with pipx and also documents installation in a Python virtual environment. |
| Intended users | The project describes itself as tools and evaluations intended to help the community build responsibly with open generative AI models. | The project describes its intended use as systematic red-team testing and benchmarking of LLM-based agents across providers. |
| License | Cybersecurity evaluations and benchmarks in Purple Llama are licensed under MIT, while included Llama safeguard models use separate Llama Community licenses. | PromptRAID is distributed under the MIT License, which permits use, copying, modification, distribution, sublicensing, and sale subject to its terms. |
| Model providers | The getting-started guide lists API support for OpenAI, Anyscale, and Together, and describes how to add custom provider support for self-hosted models. | The harness supports Anthropic, Gemini, Groq, Cerebras, and OpenRouter, including OpenAI-compatible endpoints. |
| Purpose | CyberSecEval 4 is a benchmark suite for assessing cybersecurity vulnerabilities and defensive capabilities in large language models. | PromptRAID is an automated prompt injection red-teaming framework for LLM-based agents, mapped to MITRE ATLAS. |
Plans
In their own words
CyberSecEval
CyberSecEval 4 is a benchmark suite for assessing cybersecurity vulnerabilities and defensive capabilities in large language models. Its tests measure model responses to cyberattack requests and whether borderline benign requests are incorrectly refused. Secure-code checks look for insecure suggestions in both instruction and autocomplete settings. Prompt-injection tests cover textual, multilingual textual, and visual attacks; a judge LLM evaluates whether injected instructions succeeded. The code-interpreter benchmark evaluates compliance with malicious prompts and sorts judged responses into three categories: extremely malicious, potentially malicious, or non-malicious. AutoPatchBench measures patch-generation agents on fuzzed C and C++ vulnerabilities, while CyberSOCEval, developed with CrowdStrike, covers malware analysis and threat-intelligence reasoning. The guide lists API support for OpenAI, Anyscale, and Together, and explains adding custom providers for self-hosted models. Setup uses a Python virtual environment, installed requirements, and a Python command-line module. The suite is free under the MIT license for research and commercial use. AutoPatch needs substantial resources: the page recommends at least 80 CPUs and 8 TB of storage.