"Please continue..."
"Please review..."
"Please fix it..."
← Tired of this?

Agent is GREAT
Agents are even BETTER

CCCC is a peer-to-peer collaboration kernel built on the CCCS v1 protocol. It transforms isolated CLI agents into an autonomous production team with atomic context sync and wait-for-ack attention loops.

cccc-kernel
$ cccc send 'Implement auth' --to @all
[Kernel] 🎯 Group 'auth-dev' created. Unified Ledger active.
[PeerA] 📋 Attaching scope /project/src...
[PeerB] 🔍 Analyzing existing middleware...
[Ledger] 📝 Event E014: Proposal accepted by Peers.
[Web] 🌐 Monitoring active at http://localhost:8848
[Kernel] ✅ Task complete. Evidence committed to POR.md.

Why CCCC Changes Everything

The thinnest, most reliable foundation for autonomous AI development

Walk Away Autonomy

No more typing "Please continue" every 5 minutes. CCCC's Foreman role ensures your agents keep working 24/7 until every task is complete. Give one goal, walk away, come back to finished work.

Foreman: 10min → 24/7

Without Foreman, agents work 10-30 minutes then stop. With Foreman enabled, they run continuously—checking progress every 15 minutes, correcting drift, enforcing quality gates. True autonomous operation.

Built on Your CLI Tools

CCCC doesn't replace Claude Code, Codex CLI, or Gemini—it orchestrates them. We're not scheduling bare LLMs; we're letting fully-armed CLI soldiers form a production team. Use what you already have.

CCCS v1: The Agent-Native Protocol

Don't just orchestrate—standardize. CCCS v1 provides a transport-agnostic substrate for agent collaboration, ensuring every Peer speaks the same language of events, routing, and provenance.

Wait-for-ACK Attention Loops

True autonomy requires verification. v0.4 enforces explicit 'chat.ack' attention loops. Agents don't just 'read' instructions; they acknowledge responsibility, enabling robust multi-day tasks.

Atomic Context Synchronization

Synchronize the 'Team Mind' instantly. Atomic context sync handles vision, sketches, and milestones across all actors, ensuring every Peer works from a single, consistent state of truth.

How CCCC Works

Simple orchestration, autonomous results

1

Set Your Goal

Define your task in one command. Foreman ensures agents work until it's complete.

2

Agents Collaborate

Peers propose, challenge, and refine. Foreman checks every 15 minutes. AUX offloads heavy tasks.

3

Evidence in Files

All progress tracked in POR.md. Tested patches committed. Crash? Instant recovery from repo.

CLI Soldiers, Not Bare LLMs

CCCC orchestrates your existing CLI tools (Claude Code, Codex, etc.) as a coordinated team. We're a thin layer for mature tool collaboration, not a replacement.

Monitor via Telegram

The Telegram bridge lets you check progress, send instructions, and receive alerts from anywhere. Most users never touch the TUI.

Use Your Subscriptions

Already paying for Claude Pro or ChatGPT Plus? Perfect. CCCC leverages those subscriptions—no API tokens needed.

Crash-Proof Progress

All state lives in your repo as files. If any process crashes, agents recover memory instantly and resume work.

Give a Massive Task, Walk Away

CCCC handles the babysitting so you don't have to

🔐

"Build complete auth system"

JWT, password reset, tests, docs—agents debate approach, Foreman ensures quality, you return to merged PR.

🔄

"Migrate codebase to TypeScript"

Multi-day task runs autonomously. AUX handles bulk type generation. Auto-compact prevents context decay.

🧪

"Achieve 90% test coverage"

Agents identify gaps, write tests, run suites. Foreman enforces coverage gates before marking complete.

📝

"Document all API endpoints"

Peers review each other's docs for accuracy. Evidence-first ensures only verified content commits.

🔧

"Fix flaky CI pipeline"

Agents investigate, propose fixes, run tests repeatedly. You wake up to green builds.

🔬

"Analyze competitor APIs"

Not just code—any task where peer challenge adds value. Research, strategy, content creation.

Any task. Any duration. One goal, zero babysitting.

Single Agent vs CCCC Autonomous Team

The difference between babysitting and walking away

FeatureSingle AgentCCCC Team
Work Duration10-30 min (Context Decay)Persistent (Unified Ledger)
Manual Inputs"Continue" every 5 minZero (Protocol-Driven)
Crash RecoveryStart over, lose contextState-Atomic (Daemon-Authored)
Team ScalingSolo agent onlyN-Actor (Distributed)
Control PlaneCommand line onlyCCCS v1 API + Web/IM

CCCC: Give one goal, walk away, come back to finished work.

Ready to Stop Babysitting?

Install in 30 seconds. Give your first goal. Walk away.