Darkhunt AI Security vs RedAmon

Darkhunt AI Security continuously tests, monitors, and protects AI agents in production. It discovers models, agents, and MCP servers across SaaS, cloud, endpoints, and code, including sanctioned and shadow AI. Its observability tools log and replay activity, making agent prompts, responses, and tool calls searchable. Automated red teaming tests agents with their actual tools, permissions, and data access for prompt injection, jailbreaks, and data exfiltration. The platform also checks decision integrity, including manipulated figures, suppressed alerts, RAG poisoning, and confident hallucinations, and traces answers to source data points. Findings can become inline runtime policies, while an MCP gateway proxies requests and responses. Listed integrations include OpenAI, Anthropic, Azure, AWS Bedrock, Gemini, and self-hosted systems. Deployment options are cloud, hybrid, and self-hosted. Findings or controls can map to several named frameworks, including the EU AI Act and NIST AI RMF. The free plan costs nothing and includes full platform access, a free credit allotment, and community support. Paid options have unlisted prices.

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.