Each server lives in its own folder under servers/ and publishes to npm as an independent package, while sharing tooling through an npm workspace. Connect them to any MCP client — Claude Desktop, Claude Code, Cursor, and more.

Table of contents

• Servers
• Quickstart
• Install
• Connecting to a client
• Architecture & conventions
• Development
• Adding a new server
• Publishing
• Contributing
• License

Servers

More on the way: a Spotify controller, and others.

Quickstart

git clone https://github.com/Abhishekkumar2021/mcp-suite.git
cd mcp-suite
npm install      # installs deps for every workspace
npm run build    # builds every server

Install

Every server ships through every common channel. For the Claude Code plugin, add the marketplace once — /plugin marketplace add Abhishekkumar2021/mcp-suite — then install per the table. See each server's README for full config.

notes defaults to ~/notes; files requires FS_ROOTS (the directories it may touch). MCPB bundles install via Claude Desktop → Settings → Extensions.

Connecting to a client

Each server's README has full configuration instructions. As an example, to use the notes server with Claude Code:

claude mcp add notes --env NOTES_DIR=$HOME/notes -- node "$(pwd)/servers/notes/dist/index.js"

Or with Claude Desktop (claude_desktop_config.json):

{
  "mcpServers": {
    "notes": {
      "command": "node",
      "args": ["/absolute/path/to/mcp-suite/servers/notes/dist/index.js"],
      "env": { "NOTES_DIR": "/absolute/path/to/your/notes" }
    }
  }
}

Architecture & conventions

A few principles hold across every server:

• Pure-JS/WASM by default; native only when genuinely required. Servers run via npx/MCPB on any machine, so portable pure-JS/WebAssembly is strongly preferred and a native dependency is used only when genuinely required (gated + documented). In practice these servers are dependency-light: notes uses MiniSearch + WebAssembly embeddings, sql uses the sql.js WASM SQLite engine, and files uses fast-glob instead of ripgrep. npm audit stays clean.
• Sandbox-first, layered design. Each server keeps a thin index.ts (tool registration only) over focused modules, with a single security boundary every path must pass through (realpath-containment, symlink-escape rejection, atomic writes).
• Token-efficient by default. Pagination, head/tail/section reads, snippets, and compact graph refs keep tool output small.
• Automated, hands-off releases. A GitHub Release tagged <server>-v<version> publishes to npm (with provenance), the official MCP registry, and attaches an MCPB bundle — all via OIDC, no secrets.
• Tested in CI. Each server ships a committed node:test suite (unit + integration/security) run on every push.

Development

This is an npm workspaces monorepo.

npm install                      # install all workspace dependencies (run once at the root)
npm run build                    # build every server
npm run build -w servers/notes   # build a single server
npm test --workspaces --if-present  # run each server's test suite
npm run clean                    # remove all build output

Adding a new server

1. Create servers/<name>/ with its own package.json (unique npm name) and a tsconfig.json that extends: "../../tsconfig.base.json".
2. Put source in servers/<name>/src/.
3. Run npm install at the root so the workspace picks it up.
4. Add a row to the Servers table above.

All servers follow the naming standard (@abhishekmcp/<slug>). See CONTRIBUTING.md for detailed guidelines.

Publishing

Releases are automated. Cutting a GitHub Release tagged <server>-v<version> triggers publish.yml, which — authenticated entirely via GitHub OIDC (no NPM_TOKEN) — publishes the package to npm with provenance, registers it on the official MCP registry, and builds + attaches the MCPB bundle to the release.

# bump servers/<name>/package.json, commit, then:
gh release create <name>-v<version> --title "<name> v<version>" --notes "…"

Contributing

Contributions are welcome! Please read CONTRIBUTING.md and our Code of Conduct. Found a security issue? See SECURITY.md.

License

MIT © Abhishek