A Proof-of-Work verified planning and hub system for designing tamper-proof orbital arcologies and O'Neill simulations.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install pos-arcology-forge
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 pos-arcology-forge 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 PoSH Arcology Forge?
The PoSH Arcology Forge is a specialized toolkit designed for creating and sharing antifragile orbital habitat blueprints. By leveraging BTC-inspired Proof-of-Work (PoW) mechanisms, this skill ensures that arcology designs—including physics simulations and 3D exports—are verified and tamper-proof before being shared across P2P networks. It is an essential addition to the library of Openclaw Skills for developers focused on decentralized infrastructure and orbital engineering simulations.
The system focuses on high-reliability outcomes, using ironclad workflows that incorporate physics-based clamping and timeout-protected grinding. This ensures that every habitat design is not only theoretically sound but also computationally verified, making it suitable for collaborative engineering and trustless sharing in decentralized environments.
PoSH Arcology Forge Use Cases
- Generating and forking complex orbital arcology blueprints with physics-validated parameters.
- Utilizing Proof-of-Stake-of-Hardware (PoSH) to grind and verify design shares trustlessly.
- Managing a local swarm of blueprints using the Hub CLI for import, verification, and browsing.
- Collaborating on large-scale engineering bounties with tamper-proof merge requests.
- Conducting automated edge-case testing for physics simulations and exosuit designs.
How PoSH Arcology Forge Works
- Parameter Validation: The skill takes habitat parameters like radius and population, applying strict schema validation and clamping to ensure physical feasibility.
- Physics Simulation: It executes a simulation of the O'Neill cylinder or habitat to generate 3D exports while preventing crashes through strict resource management.
- PoW Grinding: The system performs a cryptographic grind with built-in timeouts and progress tracking to secure the design against tampering.
- Hub Verification: The final share is imported into the local hub where it is verified against the network's consensus rules before being listed.
PoSH Arcology Forge Setup
To begin using this skill within your Openclaw Skills environment, clone the repository and ensure Node.js is installed. Run the test suite to verify your local environment:
node scripts/test.js
To generate a new arcology blueprint share:
node scripts/pos-share.js '{"radius_km":3,"pop_m":500000}'
To verify and import a share into your local hub:
node scripts/pos-grind.js share.pos.json --verify
node scripts/hub-cli.js import share.pos.json
PoSH Arcology Forge Data Schema & Taxonomy
The skill organizes its data using JSON-based shares and tree-hashed exports to maintain integrity across P2P nodes.
| Data Component | Format | Description |
|---|---|---|
| Blueprint Share | JSON | Contains radius, population, nonces, and PoW verification data. |
| Tree Hash | String | A unique identifier for the design allowing for tamper-evident imports. |
| Hub List | CLI Output | A filtered view of all valid, verified arcology designs in the local swarm. |
PoSH Arcology Forge Advanced Features
- Antifragile blueprint forking that allows users to build upon existing PoW-verified designs.
- Local P2P swarm integration for decentralized habitat design discovery and sharing.
- Automated tamper-evidence detection that flags modified shares during the import process.
- Integrated physics-engine clamps to prevent simulation overflows and ensure export stability.
- Support for collab merges and bounty-based development workflows within the Openclaw Skills ecosystem.
SKILL.md
Loading
Related Openclaw Skills
Moltbook Skill Auditor
A security auditing tool that scans agent skills for vulnerabilities and generates cryptographic proof of work for code provenance.
Molt Security Auditor V3
A high-security auditing tool for scanning and fixing credentials, open ports, and system configurations with atomic rollback capabilities.
Longevity Bio-Dashboard
An AI-driven dashboard for tracking longevity stacks, fasting schedules, and medical trial data.
Fork Radar
A security monitoring tool that audits GitHub and ClawdHub forks for vulnerabilities and collaboration opportunities.
Proof-of-Memory (PoM)
A blockchain-inspired proof-of-work system that creates an immutable ledger of daily memory logs to ensure data integrity and sovereign recall.
Proof-of-Quality (PoQ)
A verifiable benchmarking protocol that uses computational proof to validate the quality and performance of AI agent skills.
Featured*
