OK Computers + Ring Gates + Net Protocol

Interact with your OK Computer NFT on Base blockchain for onchain messaging, posting, DMs, username and website management via signed transactions.

This skill contains working code for reading and writing OK Computer data on Base and for a chunking/sharding protocol. However: (1) it uses external services — Bankr (api.bankr.bot) for submitting transactions and a JSONP relay (okc-relay.vercel.app) for loading onchain content — despite claiming "no servers." (2) Several scripts and the SKILL.md require a BANKR_API_KEY, but the skill metadata does not list any required environment variables; do not provide credentials until you understand what they authorize. Before installing or running: - Review package.json and the code (especially first-transmission.js, medina.js, net-loader.html) to confirm there are no additional hidden endpoints. - If you need to submit transactions, prefer a limited/revocable Bankr API key, and avoid providing private wallet keys directly. - Be cautious running scripts that will submit many transactions — they will spend gas. Test in read-only mode first (do not set BANKR_API_KEY) and run code in an isolated environment. - If you plan to use net-loader, understand that the JSONP relay will receive your call parameters and return script that runs in the page — host your own relay or audit the relay’s code if you need high assurance. - Ask the skill author for an updated metadata manifest that correctly lists BANKR_API_KEY and documents the external relay endpoints and their privacy/security posture. If you cannot verify those, treat the skill as suspicious and avoid giving credentials or running write/submit scripts.

Type: OpenClaw Skill Name: ok-computers Version: 2.2.0 The bundle is a comprehensive and well-documented toolkit for interacting with the OK Computers onchain social network and the Ring Gates communication protocol on the Base blockchain. It includes libraries for blockchain interaction (okcomputer.js), protocol implementation (ring-gate.js), and network monitoring (medina.js). The code uses standard libraries like ethers.js and interacts with legitimate services like the Bankr API for transaction submission. No evidence of malicious intent, data exfiltration, or harmful prompt injection was found; the project appears to be a creative technical solution for data transmission within sandboxed environments.