What is an MCP client?
An MCP client is an app that connects to MCP servers — an IDE, a desktop chat assistant, a CLI tool, and more — gaining tool-calling and context access through the standard protocol.
MCP Clients
Discover AI apps that use MCP servers.
All
MP
MCP PROXY SERVER
TBXark
Other
VB
VIBE-BLOCKS-MCP-FOR-ROBLOX-STUDIO
majidmanzarpour
IDE & Code Editors
NASA API Integration with MCP
jmand626
The MCP Project for CSE 473 Winter 2025. Coded with the assistance of Cursor AI and Claude 3.7
IDE & Code Editors
Pydantic AI and Box MCP
box-community
This project is a demo of how to use the Box MCP server with Pydantic AI agents. The use case is a policy analyzer.
Agent Frameworks
조
조민지
gyl1313
Other
IM
IGPSPORT-MCP
dengxuhui
Other
I
IMAGE
cwinux
Other
Frequently asked questions
Common questions about MCP clients and compatible applications
How do I pick the right MCP client?
If you're coding, a deeply integrated editor or agent like Cursor, VS Code, or Claude Code is usually the best fit. If you just want to chat with AI while it uses tools, a desktop chat client like Claude Desktop works well.
Can one client connect to multiple MCP servers?
Yes — most clients let you declare several MCP servers in their config at once, and the AI picks the right tool for each task automatically.
Do MCP clients support both local and remote servers?
Most modern MCP clients connect to local servers over stdio and increasingly support remote servers over Streamable HTTP or SSE. Available transports depend on the client version, so verify compatibility before adding a server.
Do Claude Desktop, Claude Code, Cursor, VS Code, and Codex use the same MCP configuration?
Not exactly. They use similar server URLs, commands, arguments, and environment variables, but configuration locations, field names, authentication, and supported transports can differ. Follow the current documentation for each client.
How do I protect data and permissions when using an MCP client?
Connect only to trusted servers, grant least-privilege access to files, databases, shells, and third-party APIs, and keep credentials in an OS keychain or dedicated secret store. Review enabled servers regularly, revoke unused credentials, and retain human confirmation for high-risk tool calls.