claude-codex-collaboration

Automate architectural review and code validation between Claude Code and Codex CLI with Byterover memory.

14|2|Updated Oct 27, 2025
One-click install
npx skills add https://github.com/trietdeptrai/Byterover-Claude-Codex-Collaboration- --skill claude-codex-collaboration
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: claude-codex-collaboration
Source: https://github.com/trietdeptrai/Byterover-Claude-Codex-Collaboration-/tree/main/.
Command: npx skills add https://github.com/trietdeptrai/Byterover-Claude-Codex-Collaboration- --skill claude-codex-collaboration

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

Developers often face a fragmented workflow when seeking expert architectural review or code validation from AI agents like Codex. Manually transferring context, losing information between tools, and the overhead of orchestrating multiple AIs leads to slower development cycles and missed architectural issues. This skill automates that entire, complex process.

Core Features & Use Cases

  • Automated AI-to-AI Collaboration: Claude Code plans and implements, while Codex CLI provides expert architectural review and code validation, all orchestrated automatically via Bash.
  • Persistent Shared Memory: Byterover MCP acts as a central knowledge base, ensuring all plans, feedback, and implementation details are stored and accessible to both AI agents, eliminating context loss.
  • Seamless Workflow: From initial feature request to validated implementation, the entire process is automated, requiring zero manual intervention for context transfer or tool switching.
  • Use Case: Request a new feature like "Add rate limiting to my Express API." Claude will automatically generate a plan, invoke Codex for review, incorporate feedback into the implementation, and optionally trigger a final code validation by Codex, delivering production-ready code.

Quick Start

Ask Claude: "Implement rate limiting for my Express API. Have Codex review the architectural plan and validate the final code."

Frequently Asked Questions about claude-codex-collaboration

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I automate code review between Claude and Codex?

Automate code review by orchestrating Claude Code and Codex CLI through this Skill, which uses Byterover as persistent memory to manage plans, feedback, and implementation details. Claude generates architectural plans, Codex validates them, and feedback integrates automatically into the final implementation without manual context transfer.

Can I use Claude and Codex together for architectural review?

Yes. This Skill enables AI-to-AI collaboration where Claude Code plans features and Codex CLI provides expert architectural review and code validation. Both agents access shared context through Byterover, eliminating information loss and streamlining the review cycle.

What's the best way to get automated architectural feedback on my code?

Request a feature implementation with explicit review instructions—for example, 'Implement rate limiting for Express API and have Codex review the architectural plan and validate the final code.' The Skill automates the entire workflow: planning, expert review, feedback integration, and optional validation.

How does persistent memory help with multi-AI code review?

Byterover MCP stores all plans, architectural feedback, and implementation details in indexed memory accessible to both Claude and Codex. This eliminates context loss between tool switches and ensures both agents reference the same information throughout the review and implementation cycle.

Do I need to manually transfer context between Claude and Codex?

No. This Skill automates context transfer entirely. Byterover manages all architectural plans and feedback as persistent shared memory, so Claude and Codex access the same indexed information without manual intervention or tool switching overhead.

What happens after Codex validates the implementation?

Validation results are persisted in Byterover alongside the implementation, creating a complete audit trail. You receive production-ready code with documented architectural decisions, feedback history, and validation outcomes all stored for future reference or iteration.