---
title: "How I Improved My Productivity with Cursor and the Heroku MCP Server"
description: "Cursor is presented as the author’s primary AI coding companion, with inline suggestions, quick edits, and agentic features supporting coding, testing, design, and deployment from one editor. Connecting it to Heroku through the Model Context Protocol (MCP) enables an assistant to deploy apps, scale dynos, fetch logs, and update configuration without opening the Heroku dashboard or terminal. The article explains MCP’s host–client–server model and gives Cursor setup configurations for the Heroku MCP Server, LangChain MCPDoc, and Figma MCP Server, including required Heroku authorization and tool commands. It reports that this workflow reduced context-switching, saved minutes on tasks, reduced errors from recalling commands, and helped the author stay focused while building and deploying demos."
---

# How I Improved My Productivity with Cursor and the Heroku MCP Server

[Heroku](https://yomu.fyi/company/heroku) · Julián Duque · May 5, 2025

**Type:** Tutorial

## Summary

Cursor is presented as the author’s primary AI coding companion, with inline suggestions, quick edits, and agentic features supporting coding, testing, design, and deployment from one editor. Connecting it to Heroku through the Model Context Protocol (MCP) enables an assistant to deploy apps, scale dynos, fetch logs, and update configuration without opening the Heroku dashboard or terminal. The article explains MCP’s host–client–server model and gives Cursor setup configurations for the Heroku MCP Server, LangChain MCPDoc, and Figma MCP Server, including required Heroku authorization and tool commands. It reports that this workflow reduced context-switching, saved minutes on tasks, reduced errors from recalling commands, and helped the author stay focused while building and deploying demos.

## Context

The author wanted to reduce context-switching between the code editor, terminals, dashboards, and other tools while building JavaScript demos and working on design and deployment tasks. The article also addresses the need to connect an AI coding assistant with external tools, application environments, and documentation.

## Approach / What changed

The author combines Cursor with MCP servers, the Heroku VS Code extension, LangChain MCPDoc, and the Figma MCP Server. The instructions cover generating a Heroku authorization token, adding MCP server configurations to Cursor, using npx or uvx, loading documentation through llms.txt files, and supplying Figma design frames for implementation.

## Takeaways

- The Heroku MCP Server lets Cursor deploy apps, scale dynos, fetch logs, and update configuration without opening the Heroku dashboard or terminal.
- MCP uses a host–client–server model: the editor hosts the assistant, a client maintains the connection, and a server exposes capabilities such as APIs, database calls, or shell commands.
- LangChain MCPDoc can load remote or local llms.txt files, while the Figma MCP Server can provide design data that Cursor uses to create a Tailwind CSS theme.

**Tags:** [Cursor](https://yomu.fyi/topic/cursor), [Heroku](https://yomu.fyi/topic/heroku), [MCP](https://yomu.fyi/topic/mcp)

- Source: [Heroku](https://www.heroku.com/blog/improved-my-productivity-cursor-and-heroku-mcp-server)
- Source URL: https://www.heroku.com/blog/improved-my-productivity-cursor-and-heroku-mcp-server
- Ingested by Yomu: 2026-09-10T04:02:21.825Z

[Read original post](https://www.heroku.com/blog/improved-my-productivity-cursor-and-heroku-mcp-server)