Bring Your AI
VerifiedNo-data MCP handoff from local Claude Code to Codex harness.
What is the Bring Your AI MCP server?
Bring Your AI is designed for users who need to move active coding sessions from Claude Code to Codex without transferring any underlying data or context. It leverages the streamable-http protocol to establish a lightweight connection that supports seamless harness transitions.
The server requires no persistent storage or external API integrations beyond the initial handoff setup, making it suitable for local-to-remote workflows where minimal exposure is desired.
Install & connect
Add this to your MCP client config. Pick your client below and copy.
{
"mcpServers": {
"bringyour": {
"url": "https://bringyour.ai/mcp"
}
}
}Example prompts
Once connected, try asking your AI client:
Security & permissions
Uses streamable-http transport for local Claude Code connections; requires no API keys or secrets and touches only transient session metadata during handoff.
What you can do with Bring Your AI
Session Migration
Transfer an ongoing Claude Code project directly into Codex for continued development without re-entering context.
Model Comparison
Quickly switch between Claude and Codex to evaluate output differences on the same task.
Workflow Continuity
Maintain coding momentum when one model reaches limits by handing off to the alternate harness.
How to use Bring Your AI
- 1Purchase the lifetime license for $49.
- 2Install the Bring Your AI MCP server package.
- 3Configure streamable-http endpoint in your Claude Code settings.
- 4Launch the server and authenticate the local instance.
- 5Trigger handoff commands from your AI client.
Bring Your AI: pros & cons
Pros
- +Lifetime pricing with no recurring fees
- +Zero data retention during transfers
- +Simple integration via streamable-http
- +Targeted specifically at Claude-to-Codex moves
Cons
- –Limited to Claude Code and Codex only
- –Requires separate purchase outside standard MCP tooling
- –No documented tools or extensibility
Frequently asked questions
No, it performs strictly no-data handoffs.
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