Comparisons
Cursor memory vs XMemo: IDE-scoped context or cross-client persistent memory
Cursor supports local MCP servers. XMemo provides a portable memory service that works inside Cursor and shares the same persistent context with ChatGPT, Claude, and other CLI tools.
Keywords: Cursor memory vs XMemo, Cursor MCP server, Cursor persistent memory, IDE AI memory
IDE context constraints
Cursor's built-in memory is scoped to your IDE settings and projects. It is not shared with chat apps or command-line agents.
- Limited to IDE-scoped tasks
- Not accessible by external LLMs or other chat assistants
- Requires manual configuration per workspace
Unified developer memory
XMemo provides a remote or local MCP server that Cursor can connect to, making coding conventions and past decisions accessible to every client.
- One shared memory backend for Cursor, ChatGPT, and Claude
- Access-controlled OAuth or scoped token connections
- Fully exportable and user-governed
Quick comparison
| Feature | Cursor Memory | XMemo |
|---|---|---|
| Scope | IDE and local settings | Universal cross-client (IDE, Chat, CLI) |
| Storage | Cursor client / local | User-owned hosted or local control plane |
| Protocol | Proprietary | Model Context Protocol (MCP) |
Frequently asked questions
Can Cursor connect to XMemo?
Yes. You can add XMemo as an MCP server in Cursor's settings using your scoped token or the local proxy command.
What is the connection path for Cursor?
Cursor connects to the XMemo MCP server using command or SSE configuration in your mcp.json settings.