Myclaw Toolkit

What Dusheh/myclaw-toolkit MCP server does

Dusheh/myclaw-toolkit MCP server groups common developer utilities and data lookup operations behind one MCP endpoint. Its local tools can generate UUID v4 values, encode or decode Base64 and URLs, calculate hashes, convert colors, process JSON, manipulate text, create QR codes, convert Markdown to HTML, calculate BMI, and generate vCards. The WiFi QR code tool keeps the WiFi password on the local machine according to the project documentation.

The toolkit also exposes remote-data tools. These include currency exchange rates, cryptocurrency prices, domain WHOIS and availability checks, side-by-side comparisons, inspirational quotes, Bing web search, news search, product search, RSS parsing, web-page extraction, and MyMemory-based translation. A health check reports API backend status and latency.

How it works

MCP-compatible clients start the package as a local stdio process with npx. The client then discovers the named tools and can invoke them through the MCP connection. Operations that do not need outside data are performed locally. Search, market, domain, feed, page-reading, translation, comparison, quote, and related remote operations use the configured API backend.

The project describes the toolkit as privacy-focused because local tools do not send their inputs to the backend. This applies to items such as WiFi passwords, JSON, text, hashes, and Markdown documents. External-data tools necessarily make network requests to obtain their results.

Setup and configuration

Dusheh/myclaw-toolkit MCP server can be launched directly with:

npx -y myclaw-toolkit

For a client configuration, use the npx command with -y and the myclaw-toolkit package as its arguments. The README specifically provides configuration examples for Claude Desktop and Cursor, and also documents a Claude Code setup command.

The MYCLAW_API environment variable controls the API backend URL. Its documented default is http://47.103.7.241, so it only needs to be set when using a different backend address. The repository also includes development commands for installing dependencies, running a development process, building TypeScript, testing, and linting.

Tools and capabilities

The available tools are organized into several practical groups:

• Utility: timestamps, UUIDs, Base64, hashes, QR codes, color conversion, JSON formatting, URL handling, and text operations.
• Data: exchange rates, crypto prices, domain checks, BMI, vCards, comparisons, and quotes.
• Search and content: web, news, and product search, RSS feeds, and page reading.
• Processing: Markdown-to-HTML conversion, WiFi QR codes, and translation.
• Health: API status and latency checks.

Limitations and notes

Remote tools depend on the configured backend and external services, so their availability and results can differ from local utilities. The repository describes six paid APIs using x402 micropayments of $0.003 USDC on Base in the supplied listing description; the README excerpt does not identify which six tools use those payments. No API credential variable is documented in the provided material. The project is licensed under MIT.