To manage MCP servers in one place on a Mac, you install a native app that owns your MCP configuration instead of hand-editing a JSON file per AI client. The Mac apps that do this split into two architectures, and picking the right one depends on what “in one place” means to you: a single management UI that writes each client's config for you (MyMCP, MCP One), or a single runtime endpoint that every client connects through (MCP Orchestrator, AppContext). The second kind is the one that also lets you govern what your agents can do.
We build AppContext, one of the hub-style options below, so we're not neutral — but the config-switcher apps are genuinely the right pick for some setups, and we'll say where. Here's the honest landscape.
Why MCP config sprawls in the first place
The Model Context Protocol is configured per client. Claude Code keeps its servers in one file, Cursor in another, Claude Desktop in a third, Codex in a fourth. Add a filesystem server and a GitHub server and you're editing the same two entries in four places by hand, keeping four copies of the same API keys in sync, and toggling a server off in one client but forgetting the other three.
The exact paths each tool reads, and the ways those copies silently diverge, are covered in configuring MCP servers once for Claude Code, Cursor, and Windsurf.
“Manage in one place” is the fix, and on macOS there are now several native apps competing to be that place. They don't all mean the same thing by it.
Two ways to manage MCP servers in one place
Config switchers keep one master list and write it into each client's config file for you. You add a server once in the app, tick which clients should get it, and the app updates Claude Code's, Cursor's, and Codex's files. At runtime nothing changes: every client still opens its own direct connection to every server. The app is the place you manage servers, not the place the traffic flows through.
Hub endpoints (also called gateways or proxies) run the servers themselves and expose one address. You point every client at that single endpoint, and the hub fans out to the real servers behind it. Now “one place” is literal: one connection per client, one process that sees every tool call — which is what makes governance possible.
Both kill the four-JSON-files problem. Only the second gives you a single choke point where you can block a dangerous tool or rate-limit a chatty one.
The Mac apps, compared
| App | Type | Price | macOS | Notable |
|---|---|---|---|---|
| MyMCP | Config switcher | Free, open source (MIT) | 15.0+ | Menu bar; browses the MCP registry; installs to multiple clients at once |
| MCP One | Config switcher | Free; $17.99 lifetime IAP | 13.0+ | Server “clusters”; marketplace; App Store distribution; 100% local |
| MCP Orchestrator | Hub endpoint | Free beta | 15.0+ | One endpoint; background daemon; SKILL.md deployment; native Swift |
| AppContext | Hub endpoint | Free (Pro adds governance + live view) | Universal | Per-tool authorization policies; iOS Simulator + browser live view |
All four are macOS-only today. If you're on Windows or Linux, none of these apply — you're back to editing config by hand or scripting it.
Config switchers: stop editing JSON, keep direct connections
MyMCP is the one to try first if free and open source matters to you. It's an MIT-licensed macOS 15+ menu bar app that lets you “browse and search the official MCP server registry,” “install MCP servers to multiple clients simultaneously,” and get “one-click enable/disable, and instant status at a glance.” API keys are stored per client. It's a clean, no-cost way to end the copy-paste-into-four-files ritual.
MCP One takes a similar approach with a nicer distribution story — it ships on the Mac App Store, runs on macOS 13+, and is free with an optional $17.99 lifetime unlock. Its angle is grouping servers into “clusters” you switch between, and it “automatically switch clusters and update your AI agent's MCP files” across Claude Code, Cursor, Claude, Codex, Windsurf, and Roo Code. It advertises “100% LOCAL, 100% PRIVATE.”
Both do exactly what they promise. The ceiling is architectural: because they write per-client configs, each client still talks straight to each server. There's no shared layer that sees the calls, so there's nothing to enforce a policy at. If all you want is to stop hand-editing JSON, that ceiling never bothers you.
Hub endpoints: one connection, and a place to enforce rules
MCP Orchestrator is a native-Swift macOS 15+ app in free beta that runs “a background daemon [that] starts at login and keeps your MCP servers running,” then has you point Cursor, Claude Desktop, Claude Code, and Codex at it — “one config instead of many.” It leans into agent workflows with SKILL.md playbook deployment and a “see and control what the model sees” tool preview. It's early but a real hub.
AppContext is the other hub on this list, and where it diverges is the two things a single choke point unlocks that a config switcher structurally can't:
Per-tool authorization policies. Because every call passes through the hub, you can block an individual tool — a filesystem delete_file, a GitHub create_repository — and the agent gets a POLICY_BLOCKED error instead of doing the thing. Blocklist mode (up to three blocked tools) is free; unlimited blocks, allowlist / default-deny mode, and per-tool rate limiting are Pro. Our MCP authorization guide walks through the modes. No config switcher can offer this, because there's no shared layer to check the call at.
Live visual context. AppContext started as a way to give AI agents eyes: fetch_liveview returns a fresh capture of your iOS Simulator or a Chrome tab, and it can stream Metro bundler and browser console logs so an agent can verify its own UI change instead of asking you to screenshot it. That side is a Pro feature and is macOS-only. It's covered in our guide to letting Claude Code see your app and the live view docs. No other app in this comparison does visual context at all.
The trade-offs, stated plainly: AppContext is macOS-only, and the two headline extras — unlimited policies and live view — are Pro. Aggregating your servers behind one endpoint, importing them from your existing clients, and blocking your first few dangerous tools are free.
Setting up the hub approach
The hub pattern is a one-time setup. With AppContext you import your existing servers from Claude Code, Cursor, or Claude Desktop in the app, then point each client at the single local endpoint:
claude mcp add --transport sse appcontext http://localhost:7777/sseRestart the client and every aggregated tool shows up under one connection, namespaced by server (for example filesystem:read_file). Do the same in Cursor and Claude Desktop and all three share one managed endpoint. The personal MCP hub guide has the full walkthrough, including the ~/.appcontext/servers.json format if you prefer editing one file to clicking.
Which should you pick?
- You just want to stop editing four JSON files: a config switcher. MyMCP if you want free and open source; MCP One if you prefer App Store distribution and cluster switching.
- You want one real connection per client: a hub. MCP Orchestrator or AppContext.
- You want to restrict what your agents can do — block a destructive tool, rate-limit a runaway one: a hub with policies. This is AppContext's home turf; see the authorization guide.
- You're building mobile or web UIs and want the agent to see its own work: AppContext is the only option here that adds live view of the iOS Simulator and browser.
- You're on Windows or Linux: none of these yet — they're all macOS-native.
“Manage MCP servers in one place” turns out to be two different products wearing one search query. If the pain is config sprawl, a switcher solves it for free. If you also want a single point where you can see and gate every tool call — and, for app developers, give the agent eyes — that's a hub. AppContext is our take on the second one, free to start on macOS.