ProductOS
Integrations

Your product context,
in the tools you already use

ProductOS integrations bring the same shared context, research, PRD, and design, into Cursor and Claude over MCP, and sync your full codebase to GitHub. One pipeline, no copy-paste.

Connect your stack

Integrations that carry context, not just data

Each integration exists to keep your product context intact, from the editor you code in to the repo you own. Start with the three that are live today.

MCP

Cursor

Pull your PRD, research, and design context into Cursor over MCP, so the code you write in the editor stays true to the spec.

View integration
MCP

Claude

Connect Claude to your ProductOS project over MCP and reason over the real product context, no copy-paste, no drift.

View integration
Code sync

GitHub

Sync the full generated codebase to your own GitHub repo, review real diffs, and deploy from the branch you control.

View integration
Coming soon

Vercel

One-click deploys to your own Vercel project, with previews wired to the same repo ProductOS pushes to.

On the roadmap
Coming soon

Figma

Round-trip generated screens into Figma so designers can refine flows without leaving the design context.

On the roadmap
Coming soon

Slack

Push research findings, PRD updates, and ship notifications to the channels where your team already works.

On the roadmap

The MCP approach

Why we integrate over the Model Context Protocol

Instead of shipping your product context around as pasted text, ProductOS exposes it as a live source that AI tools can read and write over MCP, the open standard for connecting assistants to real context.

Context, not copy-paste

The Model Context Protocol lets an AI client read your live ProductOS project, the brief, the PRD, the design decisions, instead of a stale snapshot you pasted into a prompt.

One source of truth

Cursor and Claude both read the same shared context. Whatever tool you open, the assistant sees the same requirements and the same constraints.

Bidirectional by design

MCP is a two-way channel. Tools can read your product context and write work back into it, so nothing you do in the editor gets lost on the way home.

How integrations fit the pipeline

01

Build context in ProductOS

Research, PRD, and design agents produce the shared context, the single record of what you're building and why.

02

Work in your own tools

Open Cursor or Claude over MCP and code, refine, or reason against that live context instead of a blank page.

03

Own the output on GitHub

Sync the full codebase to your repo, review real diffs, and deploy from the branch you control. No export wall.

Integrations aren't bolt-ons, they're the exits and entrances of the ProductOS pipeline. See how the full flow works on the platform overview.

Frequently asked questions

What integrations does ProductOS support?

ProductOS integrates with Cursor and Claude over the Model Context Protocol (MCP) and syncs your full generated codebase to GitHub. Vercel, Figma, and Slack integrations are on the roadmap. The goal is one shared product context that follows you into the tools you already use.

What is MCP and why does ProductOS use it?

MCP, the Model Context Protocol, is an open standard that lets AI clients like Cursor and Claude read from and write to external context sources. ProductOS exposes your project over MCP so those tools work against your real PRD, research, and design instead of a copied-and-pasted snippet.

Do I need a paid plan to use integrations?

You can start free. The MCP connection to Cursor and Claude and the GitHub code sync are part of the core ProductOS workflow, connect them from your project settings and start pulling context into your tools.

Does connecting GitHub lock me into ProductOS?

No. GitHub sync exists so you own the code. The full codebase lands in your own repository, you can export it at any time, and you deploy it wherever you like. Integrations reduce lock-in rather than add to it.

One context,
every tool you already use

Start free, build your product context in ProductOS, then bring it into Cursor, Claude, and your own GitHub repo.