DeepTeam vs RedAmon

DeepTeam is an open-source Python framework for red teaming large language model systems. It offers more than 50 ready-to-use vulnerability checks covering bias, toxicity, personal-information leakage, prompt leakage, and security risks. Simulated attacks include jailbreaks, prompt injection, automated evasion, data extraction, and response manipulation. Vulnerability-specific LLM-as-a-Judge metrics return a binary score with reasoning. Supported reference frameworks include OWASP, NIST AI RMF, MITRE ATLAS, the EU AI Act, BeaverTails, and Aegis. Listed model providers include OpenAI, Claude, Gemini, Azure OpenAI, AWS Bedrock, Vertex AI, Mistral, LiteLLM, and Portkey. CI/CD listings include GitHub Actions, GitLab CI, Jenkins, CircleCI, Buildkite, and Azure Pipelines. Installation uses pip in a Python virtual environment, and attacks are dynamically simulated without a prepared dataset. Results can be saved locally or sent to Confident AI for centralized viewing and production red teaming through a UI. The framework is Apache 2.0 licensed and supports self-hosted or API use.

RedAmon is a free, open-source framework for authorized red-team operations, including reconnaissance, exploitation and post-exploitation. It maps attack surfaces from domains, IP/CIDR targets or batches of domains, then merges findings into a Neo4j graph that its AI agent can query for planning and exploitation. GVM/OpenVAS provides network vulnerability scanning with more than 170,000 NVTs; separate tools detect secrets and scan for vulnerable or malicious packages against a local OSV database. The Secret Multiscanner has 1,060 detectors across 14 sources and optional live API verification. RedAmon supports twelve AI providers and more than 400 language models, and its MCP server lets external agents drive the framework. The Dockerized application runs on Linux, macOS and Windows and supports on-prem deployment. Tools, scanners and agents run in separate containers with per-job ephemeral filesystems and network namespaces. Rules of Engagement, approval gates and scope controls govern operations, with a guardrail blocking government, military and intergovernmental targets. The project warns that configured API keys and credentials are stored unencrypted in PostgreSQL, leaving database security to the user.