MCP Comparison
Compare features, tools, and capabilities of these MCP servers side by side.
NCP - Natural Context Provider (NCP)
NCP is a unified MCP platform that consolidates 50+ tools, skills, and Photons into a single, intelligent interface. It enables code-mode execution, on-demand loading, scheduling, and semantic tool discovery, dramatically reducing token usage and latency while enabling AI assistants to work with external MCPs, skills, and Photons. This documentation covers how NCP works, the available MCPs and tools, installation and integration steps for popular clients (Claude Desktop, VS Code, and more), and practical examples that demonstrate how to find, run, and compose tools across MCPs. Whether you’re building with internal MCPs or exploring external tools, NCP provides a scalable, vendor-agnostic foundation for AI-powered automation and tool orchestration.
Figma MCP server
The Figma MCP server enables design context delivery from Figma files to AI agents and code editors, empowering teams to generate code directly from design selections. It supports both a remote hosted server and a locally hosted desktop server, allowing seamless integration with popular editors through Code Connect and a suite of tools that extract design context, metadata, variables, and more. This guide covers enabling the MCP server, configuring clients (VS Code, Cursor, Claude Code, and others), and using a curated set of MCP tools to fetch structured design data for faster, more accurate code generation. It also explains best practices, prompts, and integration workflows that help teams align generated output with their design systems. The documentation includes concrete JSON examples for configuring servers in editors like VS Code and Cursor, as well as command examples for Claude Code integration and plugin installation.
| Feature | NCP - Natural Context Provider (NCP) | Figma MCP server |
|---|---|---|
| Verified | ||
| Official | ||
| Tools Available | 14 | 8 |
| Has Installation Guide | ||
| Has Examples | ||
| Website | ||
| Source Code |
- find
- code
- run
- web.search
- web.read
- read_file
- get_file_content
- filesystem
- sequential-thinking
- memory
- +4 more tools
- get_design_context
- get_variable_defs
- get_code_connect_map
- get_screenshot
- create_design_system_rules
- get_metadata
- get_figjam
- whoami
Can't decide? Check out both MCP servers for more details.