Security & Hardening Guides
Protect your OpenClaw deployment with ClawHub skill auditing, prompt injection defense, and Docker hardening.
How to Audit ClawHub Skills for Malware
ClawHub skills run with significant access to your system, environment variables, and data. Unlike traditional app stores, ClawHub has no built-in malware scanning, making manual security audits essential. This guide teaches you how to identify suspicious patterns, verify skill provenance, and safely remove potentially malicious skills before they compromise your OpenClaw instance.
How to Protect OpenClaw from Prompt Injection
Prompt injection is one of the most serious threats to LLM-powered systems like OpenClaw. Attackers can craft inputs that trick the AI into ignoring its instructions, revealing secrets, or executing malicious commands. While no defense is 100% effective, this guide shows you how to implement multiple layers of protection to significantly reduce your risk.
How to Harden OpenClaw Docker Containers
The default OpenClaw Docker setup prioritizes ease of use over security. For production deployments, you need proper hardening: non-root users, read-only filesystems, network isolation, and resource limits. This guide walks you through seven critical hardening steps that transform a vulnerable container into a production-ready, defense-in-depth deployment.
How to Set Up Tailscale with OpenClaw
Exposing OpenClaw to the public internet is risky. Tailscale creates a private, encrypted mesh network so you can access your OpenClaw instance from anywhere without opening firewall ports, configuring VPNs, or managing certificates. This guide shows you how to deploy OpenClaw on Tailscale, configure access controls, and enable MagicDNS for seamless private connectivity.
How to Configure OpenClaw Gateway Authentication
The OpenClaw gateway sits between users and your AI backend, making it the perfect place to enforce authentication. Without proper auth, anyone who finds your endpoint can use your OpenClaw instance, burning through API credits and accessing private data. This guide shows you how to configure API key authentication, set up per-user keys, implement rate limiting, and lock down access with IP allowlists.
How to Run OpenClaw as Non-Root in Docker
Running Docker containers as root is a major security risk. If an attacker escapes the container, they gain root access to your host system. OpenClaw's default Docker image runs as root for simplicity, but production deployments need proper privilege separation. This guide shows you how to create a non-root user, fix file permissions, handle volume mounts, and troubleshoot common issues when running OpenClaw securely.
OpenClaw Security Checklist for Production
Deploying OpenClaw to production without proper security is dangerous. This checklist covers six critical security domains: network security, container hardening, authentication and access control, skill security, monitoring and alerting, and backup and recovery. Follow every item to ensure your OpenClaw deployment is production-ready and resilient against attacks, data loss, and service disruptions.
How to Set Up Firewall Rules for OpenClaw
Firewall rules are your first line of defense against unauthorized access. By default, many systems have permissive firewall policies that expose services to the internet. This guide shows you how to configure host-based firewalls (ufw on Linux, pf on macOS) to lock down OpenClaw, allow only necessary ports, restrict access by source IP, and handle Docker's network routing quirks that can bypass your firewall.
How to Monitor OpenClaw for Suspicious Activity
You can't defend against what you can't see. Comprehensive monitoring lets you detect attacks in progress, identify compromised API keys, and respond before damage occurs. This guide shows you how to enable detailed logging, set up centralized log aggregation, configure alert rules for anomalies, detect prompt injection attempts, track API key usage patterns, and build real-time security dashboards.
Is OpenClaw Safe? Security Risks Explained
OpenClaw is self-hosted, which means your data never leaves your infrastructure. That's fundamentally safer than cloud services that process your data on third-party servers. However, self-hosting also means you're responsible for security. This guide explains OpenClaw's security model, what risks exist, how skill auditing works, and what basic measures you should take to ensure a safe deployment.
How to Use OpenClaw Security Audit CLI
The OpenClaw security audit CLI is your front-line defense for identifying vulnerabilities in your deployment, skills, and configuration. This guide covers basic audits to find known issues, --deep scans for advanced analysis, --fix auto-remediation to patch vulnerabilities automatically, JSON output for integration with security platforms, and scheduling regular audits as part of your CI/CD pipeline.
How to Scan OpenClaw Skills for API Key Leaks
Recent security research revealed that 7.1% of ClawHub skills contain critical security flaws including API key leaks and hardcoded credentials. Skills with system-level access can exfiltrate your secrets to external servers, leading to account compromise and data breaches. This guide shows you how to detect leaked secrets in installed skills before they are exploited.
How to Apply OWASP Agentic AI Top 10 to OpenClaw
The OWASP Agentic AI Security Top 10, released in February 2026, identifies critical vulnerabilities in AI agent systems like OpenClaw. Unlike traditional application security, agent systems face unique threats including tool injection, data poisoning through retrieval, and multi-hop prompt attacks. This guide maps each OWASP category to OpenClaw-specific risks and provides concrete mitigations.
How to Protect OpenClaw from Container Escape Attacks
Container escape vulnerabilities like the recent runC exploits allow attackers to break out of isolated containers and compromise the host system. OpenClaw deployments running in Docker or Kubernetes face these risks, especially when processing untrusted code or data. This guide implements defense-in-depth strategies to prevent container escapes even when zero-days are exploited.
How to Set Up Continuous Security Scanning for OpenClaw
One-time security audits catch current vulnerabilities but miss new issues introduced by code changes, dependency updates, and skill installations. Continuous security scanning runs automated checks on every change, detecting vulnerabilities within minutes instead of months. This guide implements automated security scanning in your CI/CD pipeline and production environments.
How to Implement Zero Trust Security for OpenClaw
Traditional perimeter-based security assumes threats come from outside the network. Zero trust assumes breach is inevitable and verifies every access request regardless of origin. With 77% of organizations citing identity as their top security risk, implementing zero trust for OpenClaw deployments protects against compromised credentials, insider threats, and lateral movement after breach.
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