secure-memory-stack

What This Skill Does

The secure-memory-stack is a privacy-focused local memory management system for OpenClaw. It allows you to maintain long-term context, document project decisions, and store personal preferences without ever sending your sensitive data to cloud servers. By combining Git Notes for structured metadata, a filesystem-based archival system for daily logs, and local vector search via Baidu Embedding, this skill transforms your local machine into a persistent, searchable brain. It ensures you retain complete sovereignty over your data while maintaining the agility of a modern AI-powered knowledge management tool.

Installation

To get started with the secure-memory-stack, you need the OpenClaw agent installed. Follow these steps to install and initialize the skill:

1. Install via command: clawhub install openclaw/skills/skills/xqicxx/secure-memory-stack
2. Navigate to the installation directory and run the setup script: bash /root/clawd/create/secure-memory-stack/scripts/setup.sh
3. Configure your environment by running secure-memory setup. This will generate the necessary configuration files and directory structures under /root/clawd/.

Use Cases

This skill is ideal for power users and developers who require a secure "second brain." Use it to:

• Keep track of project-specific decisions and rationale over months of development.
• Store sensitive API keys or configuration settings securely within an encrypted local structure.
• Log daily progress or research notes that require semantic search capabilities.
• Manage user preferences that the agent should remember across different chat sessions, improving long-term assistant personalization.

Example Prompts

1. "Securely remember that my preferred coding language is Python and I like my documentation generated in Markdown format."
2. "Search my memory for the decision we made last month regarding the database migration strategy."
3. "Show me all memory tags related to 'security' and export the list to my local logs."

Tips & Limitations

• Tip: Regularly use secure-memory backup to ensure your data persists in case of hardware failure, as all data is stored exclusively on your local disk.
• Tip: Use descriptive tags when calling secure-memory remember to improve the efficiency of the find command.
• Limitation: While the search index is semantic, its accuracy depends on the quality of your input data; ensure your entries are clear and concise.
• Limitation: This skill relies on the local git installation; if your git configuration is broken, the indexing features may become temporarily unavailable until you run secure-memory fix git.