A security-first behavioral framework that enforces strict verification for all external AI agent operations and sensitive data handling.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install zero-trust
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install zero-trust using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Prefer to download?
Get the raw skill files in a ZIP archive.
What is Zero Trust Security Protocol?
The Zero Trust Security Protocol is a specialized skill designed to mitigate risks associated with autonomous agent operations. It operates on the core principle of never trust, always verify, ensuring that your AI assistant treats every external input, package installation, and API request as potentially malicious until proven otherwise. By integrating this protocol into Openclaw Skills, developers can create a safe sandbox for agents to operate within, preventing unauthorized data exfiltration or system compromise.
This skill transforms the agent from a purely task-oriented tool into a security-conscious collaborator. It implements a rigorous verification flow that prioritizes human oversight for high-stakes actions while allowing the agent to perform local, low-risk tasks autonomously. It is an essential component for any developer using Openclaw Skills in production or sensitive environments.
Zero Trust Security Protocol Use Cases
- Managing and storing API keys or sensitive credentials without exposing them in logs.
- Installing new software packages or dependencies during a development workflow.
- Interacting with external web resources, especially shortened URLs or unknown domains.
- Automating social media interactions or financial transactions with built-in safeguards.
- Operations that require elevated system permissions or complex shell commands.
How Zero Trust Security Protocol Works
- Trigger Identification: The agent identifies a high-risk action such as an installation or external URL interaction.
- Risk Assessment: The protocol pauses execution to evaluate potential red flags like typosquatting or obfuscated code.
- Human Verification: For all actions classified as high-risk, the agent generates an explicit request for human approval.
- Secure Execution: Only after receiving positive confirmation does the agent proceed with the action.
- Audit Logging: Every step of the security verification and the final action is documented for transparency and auditing purposes.
Zero Trust Security Protocol Setup
To enable the security protocol within your environment, ensure the skill is registered in your agent configuration. For credential management, prepare a secure directory on your local machine:
mkdir -p ~/.config/agent-security
chmod 600 ~/.config/agent-security
This skill is natively compatible with Openclaw Skills and requires no external API keys to function, as it primarily governs behavioral logic and local security practices.
Zero Trust Security Protocol Data Schema & Taxonomy
The skill organizes security metadata and credential storage using the following structure:
| Feature | Management Method | Security Level |
|---|---|---|
| Credential Storage | Local ~/.config/ directory |
High (600 permissions) |
| External Links | TLD and Domain inspection | Verification Required |
| Action Classification | ASK FIRST vs. DO FREELY | Dynamic Hierarchy |
| Audit Trails | Local logs with action timestamps | Traceable History |
All sensitive data is intentionally excluded from chat outputs and version control systems to maintain a secure environment.
Zero Trust Security Protocol Advanced Features
- Behavioral red-flag detection for social engineering or high-pressure requests.
- Automated expansion and safety checks for shortened URLs.
- Strict exclusion of credentials from echoing, printing, or logging in standard output.
- Typosquatting protection for package names in common package managers like npm or pip.
- Hierarchical permission system that differentiates between local safe zones and external risk zones.
SKILL.md
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