CCB
An open-source multi-agent cross-vendor collaboration framework that supports planning-development-review loops among multiple agents such as Codex, Claude and Gemini through shared memory and automatic task delegation.
Timeline (last 90 days)
CCB (Claude Codex Bridge) is an open-source project that has gained 3.6K stars on GitHub.
CCB supports multiple agents including Codex, Claude, Gemini, Kimi, Qwen, Cursor, Pi, and OpenCode.
CCB allows building complex collaboration topologies such as A calling B calling C, AB calling C, and A calling B and C.
CCB hands off tasks through an `ask` mechanism, reducing manual copy-paste steps.
CCB's multiple agents share common project memory, which is the key to realizing the "plan-develop-review" closed loop.
CCB offers auxiliary features: visual workspace configuration and remote control from a phone, allowing users to directly operate CCB from their phone to handle collaboration tasks.
CCB installation requires only one command; after entering the project directory, run `ccb` to start.
In the demo, Codex first generates a plan, then automatically delegates the development task to Claude; after Claude finishes coding, it notifies Codex to accept the result, forming a "develop-review-fix" loop until Codex accepts it.
The uploader's test task was small in scale, and the number of review loop rounds and the quality of fixes were not detailed; there is no quantitative data on multi-agent communication latency and token consumption; the actual stability of complex topologies still needs more verification.
All Facts (9)
The uploader's test task was small in scale, and the number of review loop rounds and the quality of fixes were not detailed; there is no quantitative data on multi-agent communication latency and token consumption; the actual stability of complex topologies still needs more verification.
50%UnverifiedCCB supports multiple agents including Codex, Claude, Gemini, Kimi, Qwen, Cursor, Pi, and OpenCode.
50%UnverifiedCCB allows building complex collaboration topologies such as A calling B calling C, AB calling C, and A calling B and C.
50%UnverifiedCCB hands off tasks through an `ask` mechanism, reducing manual copy-paste steps.
50%UnverifiedCCB's multiple agents share common project memory, which is the key to realizing the "plan-develop-review" closed loop.
50%UnverifiedCCB offers auxiliary features: visual workspace configuration and remote control from a phone, allowing users to directly operate CCB from their phone to handle collaboration tasks.
50%UnverifiedCCB installation requires only one command; after entering the project directory, run `ccb` to start.
50%UnverifiedCCB (Claude Codex Bridge) is an open-source project that has gained 3.6K stars on GitHub.
50%UnverifiedIn the demo, Codex first generates a plan, then automatically delegates the development task to Claude; after Claude finishes coding, it notifies Codex to accept the result, forming a "develop-review-fix" loop until Codex accepts it.
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