Setup & Installation
Or with the ClawHub CLI, for registry-managed skill folders outside a full OpenClaw workspace:
What This Skill Does
Generates and validates orbital arcology blueprints using Bitcoin-style proof-of-work (PoSH). Runs physics simulations on O'Neill habitat parameters, grinds nonces for tamper-evident shares, and provides a CLI hub for local browsing, importing, and verifying blueprints peer-to-peer.
PoW-based signing makes blueprints tamper-evident without relying on a trusted central server or identity system.
When to use it
- Generating O'Neill cylinder habitat blueprints from radius and population parameters
- Sharing tamper-proof arcology designs across a local P2P swarm
- Forking existing community blueprints and merging collaborative edits
- Verifying imported blueprint files haven't been altered after signing
- Running the full test suite against edge cases including tamper and timeout scenarios
Example Workflow
Here's how your AI assistant might use this skill in practice.
User asks: Generate and share an arcology blueprint for radius 3 km, 500,000 population
- 1Validates and clamps input parameters against schema
- 2Runs physics simulation to confirm structural integrity
- 3Grinds PoW nonce with timeout and progress tracking, writes share.pos.json
- 4Verifies the generated file with pos-grind.js --verify
- 5Imports verified blueprint into the local hub with hub-cli.js
A cryptographically signed share.pos.json file listed as valid in the local hub, ready to distribute