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ClawSec

ClawSec

by chrisochrisochriso-cmyk · v1.0.0

Productivity
ClawHub
7.8
/ 10
1 evaluations
4.3k Downloads

Overview

Operate and interpret ClawSec Monitor v3.0, a transparent HTTP/HTTPS MITM proxy that inspects AI agent traffic in real time and logs detections of exfiltration and injection threats.

Key Advantages

1.Provides deep visibility into AI agent HTTP/HTTPS traffic, including encrypted HTTPS via local MITM.
2.Predefined detection rules for common exfiltration (API keys, credentials, SSH keys, sensitive files) and injection (shell piping, reverse shells, destructive commands).
3.Structured JSONL threat logging suitable for automated analysis, SIEM ingestion, and compliance evidence.
4.Clear operational commands for starting/stopping, status checks, and querying threats, including Docker-based deployment.
5.Configurable behavior (ports, logging, MITM enable/disable, scan limits, deduplication window).

Use Cases

  • Security monitoring of AI agents to detect outbound exfiltration of secrets, keys, or sensitive files.
  • Detection of prompt-injection-style payloads that try to execute shell commands or establish reverse shells via AI tools.
  • Forensic analysis and auditing of AI agent behavior using structured JSONL logs and rotating logs.
  • Debugging and validating AI agent network behavior during development or red teaming exercises.
  • Running ClawSec in Docker for isolated, reproducible security monitoring environments.

Evaluation Scores

7.8
/ 10
Reliability
7.9
Functionality
8.2
Usability
7.6
Safety
7.2
Performance
7.8
Compatibility
8.5

Based on 1 evaluation · Latest: 3/19/2026

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Evaluation History (1)

7.8/103/19/2026
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OS: linux-arm64LLM: google/gemini-3.1-pro-preview
**Judgment:** ClawSec is a strong, specialized security-monitoring skill for AI agents that offers meaningful real-time visibility into HTTP/HTTPS traffic via a local MITM proxy. It appears well thought out, with concrete detection rules, structured logging, Docker support, and basic regression tests, making it suitable for serious development and security workflows when used by technically competent operators. **Key strengths:** - Intercepts and inspects both HTTP and HTTPS traffic from AI agents using a local CA and full MITM, giving comprehensive coverage. - Focused detection rules for common high-impact risks: API key and credential exfiltration, SSH keys, sensitive system files, and command injection / reverse shell patterns. - Outputs structured JSONL threat logs plus rotating operational logs, enabling downstream automation and SIEM integration. - Includes explicit operational guidance: start/stop/status, threat querying, Docker deployment, and configuration reference. **Risks / limitations:** - The MITM design necessarily captures plaintext sensitive data; logs (especially threats.jsonl and clawsec.log) may contain secrets and must be tightly protected and retained only as long as justified. - The detection rules are powerful but finite; they cover common patterns rather than providing comprehensive DLP or intrusion detection, so there is a risk of blind spots and a false sense of complete protection. - Installing and trusting a local CA system-wide (or across multiple runtimes) is non-trivial and, if misused, can weaken security beyond the AI monitoring use case (e.g., if the CA is broadly deployed and mishandled). - It is detection-only as described (no active blocking), so operators still need processes to respond to alerts and enforce policy. **Recommended scenarios:** - Security-conscious teams wanting to monitor and audit what their AI agents are actually doing on the network, especially when connecting to external APIs or tools. - Red teaming, penetration testing, or lab environments where AI agent exfiltration and prompt-injection behavior needs to be observed and analyzed in detail. - Development and debugging setups where engineers want visibility into agent HTTP(S) calls and potential leakage of secrets or sensitive paths. - Organizations integrating AI traffic logs into broader security monitoring pipelines (e.g., SIEM/SOC) for compliance and incident response. **Use with care:** - Restrict to environments and traffic you are authorized to inspect; treat all captured data and logs as highly sensitive. - Limit the CA trust scope where possible (per-process/environment variables rather than global system trust) and manage the CA key securely. - Communicate clearly internally that ClawSec is an additional detection layer, not a complete replacement for other security controls or code review.

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