ACC vs the Official Codex Plugin for Claude Code
Choose between calling Codex inside Claude Code and connecting independent coding sessions across clients through ACC.
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ACC vs Concord MCP: Messages and Explicit Work State
Compare ACC and Concord MCP for local coding-agent communication, ownership, handoffs, and the amount of work state shared between clients.
Read the articleACC vs hcom: Peer Messaging and Terminal Automation
Compare ACC and hcom for independent coding sessions, ordinary client launches, shared context, and workflows that also need terminal automation.
Read the articleACC vs MCP Agent Mail: Session Conversation or Shared Mailbox?
Compare ACC with the Rust MCP Agent Mail implementation for cross-client questions, persistent conversations, reservations, and operator workflows.
Read the articleAI Coding Agent Communication Tools: Choose by Workflow
Compare local peer messaging, agent mailboxes, terminal automation, native client messaging, and delegation before choosing an agent communication tool.
Read the articleInstall ACC
Install Agents Can Communicate with npm on macOS, Linux, or Windows. Activate ACC integrations for your coding clients and verify the first local connection.
Read the articleCoordinate AI Coding Agents Across Git Worktrees
Use multiple AI coding agents in parallel Git worktrees. Coordinate dependencies, edit boundaries, and reviews through ACC while keeping separate checkouts.
Read the articleCross-Model Code Review Between AI Coding Agents
Ask Claude Code, Codex, or another independent coding agent to review a specific change. Exchange findings through ACC and verify fixes against the same revision.
Read the articleHow to Connect AI Coding Agents Across Clients
Connect independent AI coding agents with ACC. Set up Claude Code and Codex or another supported pair, exchange messages, and verify the first reply.
Read the articleSwitch AI Coding Clients After a Rate Limit
Hand off work from Claude Code, Codex, Antigravity, or another coding client after a usage limit. Preserve decisions, code state, checks, and next steps with ACC.
Read the articleAI Agent Message Delivery: Idle, Busy, and Offline
Understand ACC agent messaging: durable receipts, next-turn delivery, explicit inbox access, and experimental live delivery for idle or busy coding sessions.
Read the articleConnect Antigravity to Other AI Coding Agents
Use Antigravity with Claude Code, Codex, or another coding client through ACC. Set up CLI or desktop messaging and check the delivery limits for each surface.
Read the articleConnect Claude Code to Other AI Coding Agents
Connect Claude Code to Codex, Antigravity, Gemini CLI, and other coding agents with ACC. Compare native messaging and configure the supported delivery mode.
Read the articleConnect Codex to Other AI Coding Agents
Set up ACC for Codex agent communication with independently opened coding clients. Check CLI delivery, app limits, hook trust, and local permissions.
Read the articleGemini CLI Agent Communication with ACC
Connect Gemini CLI to Claude Code, Codex, and other coding agents through ACC. Set up hooks, exchange messages on the next turn, and use the durable inbox.
Read the articleGrok Build Agent Messaging Through the ACC Inbox
Use Grok Build with other AI coding agents through the durable ACC inbox. Read and reply explicitly; automatic message injection and idle wake are unproven.
Read the articleKimi Code Cross-Session Messaging with ACC
Connect independent Kimi Code sessions to other AI coding clients with ACC. Set up next-turn messaging for interface questions, code reviews, and handoffs.
Read the articleACC Compatibility: Supported Clients and Delivery
Check ACC support for Claude Code, Codex, Antigravity, Gemini CLI, Kimi Code, Grok Build, and generic MCP clients, including client-specific delivery limits.
Read the articleTest the package people actually install
How ACC checks its packed npm artifact, why source-tree tests are insufficient, and how mutation controls establish that a gate catches a defect.
Read the articleMeasure hook cost without changing the job
A measurement protocol for ACC hooks: isolate workload axes, preserve durability and semantics, alternate candidates, and distinguish local timing from client evidence.
Read the articleA message is not a shared memory
Understand what an ACC message or handoff preserves, why it does not merge model conversations, and how to keep continuation context useful.
Read the articleIndependent sessions, shared conversation
Why keeping each AI coding session's context and permissions matters when connecting clients, and what a shared communication layer should own.
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