agentic-radar vs DBX
Side-by-side comparison of two AI agent tools
Short answer
- agentic-radar has had no commit in 10 months; DBX is actively maintained (4,812 commits in the last 90 days).
- DBX is growing faster: +11,295 GitHub stars in the last 30 days vs +20 for agentic-radar.
- Pick agentic-radar for: a security scanner for your LLM agentic workflows. Pick DBX for: 25 MB cross-platform client for 100+ databases with a built-in AI assistant and MCP Server.
From GitHub data refreshed daily.
agentic-radaropen-source
A security scanner for your LLM agentic workflows
D
DBXopen-source
25 MB cross-platform client for 100+ databases with a built-in AI assistant and MCP Server
Metrics
| agentic-radar | DBX | |
|---|---|---|
| Stars | 1.1k | 23.8k |
| Star velocity /mo | 19.52380952380953 | 11.3k |
| Commits (90d) | 0 | 4.8k |
| Releases (6m) | 0 | 10 |
| Overall score | 0.22397118370699143 | 0.950750801484004 |
Pros
- +Specialized focus on LLM agentic workflow security vulnerabilities that traditional scanners miss
- +Includes built-in visualization tools for clear security assessment reporting and analysis
- +Integrates with popular frameworks like CrewAI and provides easy PyPI installation
Cons
- -Appears to be a relatively new tool with limited documentation visibility from the provided materials
- -May require specialized knowledge of agentic systems to effectively interpret and act on scan results
Use Cases
- •Security assessment of autonomous AI agent systems before production deployment
- •Compliance auditing for organizations using LLM-powered workflows in regulated industries
- •Continuous security monitoring of agentic systems to detect emerging vulnerabilities
FAQ
- Which is more popular, agentic-radar or DBX?
- DBX has more GitHub stars (23,828 vs 1,058).
- Which is more actively developed, agentic-radar or DBX?
- DBX had more commits in the last 90 days (4,812 vs 0).
- Should I use agentic-radar or DBX?
- Compare their capabilities, limitations and "best for" notes above. Both are open source, so trying each on a small task is the fastest way to decide.