Project Hiro

What This Skill Does

Project Hiro, developed by unaveragetech, is a sophisticated utility for OpenClaw that functions as both a secure communication protocol and a stealth-oriented execution engine. At its core, the skill implements the Hiro Cipher, a proprietary encoding method that transforms standard ASCII text into a unique series of eight distinct hieroglyphic symbols based on 3-bit binary mapping. Beyond simple encoding, the skill provides robust security through AES encryption, utilizing hardware fingerprinting—derived from local metrics like CPU, RAM, and hostname—to ensure that encrypted data remains tied to specific, authorized environments. The most powerful component, however, is the 'Glyph Runner,' which facilitates the execution of encrypted Python scripts directly within the system's memory using exec(). This ensures that sensitive code processes without ever touching the disk, leaving no artifacts or forensic footprint.

Installation

To integrate Project Hiro into your OpenClaw environment, execute the following command via your terminal: clawhub install openclaw/skills/skills/unaveragetech/project-hiro. Ensure that the local machine has Python installed, as the execution engine relies on standard system Python environments to handle the in-memory processing of glyph scripts.

Use Cases

Project Hiro is designed for privacy-centric automation and secure agent-to-agent communication. Use cases include: transmitting sensitive instructions between agents over insecure channels using AES-encrypted glyphs; running automated task scripts that require a high degree of stealth (such as internal system auditing without disk logging); and protecting proprietary logic by packaging Python files into obfuscated .glyph containers that require specific hardware keys to decrypt and run.

Example Prompts

1. "Hiro, encode the following message into a glyph string using my current hardware fingerprint: 'The system update is scheduled for 0200 hours.'"
2. "Execute the encrypted script located at /secure/tasks/cleanup.glyph and provide a status summary once complete."
3. "Hiro, decode this string: •─•/|─│╱╲ and save the output to the Hiro Notepad GUI for review."

Tips & Limitations

• Security Warning: This skill performs high-risk in-memory execution. Only run .glyph files from verified sources, as they have full system access.
• Hardware Dependency: Since keys are derived from hardware fingerprints, moving a .glyph file to a different machine may break decryption unless system variables are exported.
• No Persistence: Because execution happens in memory, you cannot recover logs after a process terminates. Ensure your scripts output necessary data to a persistent sink if logging is required.