Summary

• Introduction

• Philosophy

  • You own it
  • Security-first, with escape hatches
  • Minimal: in binary size, dependencies, and surface area
  • Provider-agnostic
  • What this isn't
  • How decisions get made

• Getting Started

  • Concepts
  • Quickstart
  • YOLO mode
  • Multi-model setup
  • zerocode
  • Language & translations

• zerocode

  • Running zerocode
  • Config pane
  • Themes & terminal colours
  • Remote setup (WSS)
  • Environment pass-through

• Installation

  • Linux
  • macOS
  • Windows
  • FreeBSD
  • NixOS
  • Docker & containers
  • Service management
  • Platform install files

• Architecture

  • Request lifecycle
  • Channel runtime lifecycle
  • Tool execution lifecycle
  • Crates
  • Architecture Decision Records
    • ADR-001: Rust first
    • ADR-002: Trait-driven extensibility
    • ADR-003: Extism plugin bootstrap
    • ADR-004: Tool shared state ownership
    • ADR-009: WIT/wasmtime plugin execution
  • Logging
  • Runtime state and persistence
  • Memory and payload lifecycle
  • Config lifecycle
  • RPC socket transport

• Reference

  • CLI
  • Config
  • Environment variables
  • Feature and support matrix
  • API (rustdoc)
  • Gateway HTTP API
  • A2A agent discovery
  • Web dashboard (web_dist_dir)

• Agents

  • Anatomy of an agent
  • Filesystem components
  • Running agents
  • Delegation & SubAgents
  • Runtime internals
  • History management

• Model Providers

  • Provider catalog
  • Configuration
  • Streaming
  • Routing
  • Custom providers
  • OpenAI Codex (subscription)

• Channels & Integrations

  • Peer Groups
  • Matrix
  • Discord
  • Slack
  • Mattermost
  • LINE
  • Nextcloud Talk
  • Signal
  • WhatsApp
  • Other chat platforms
  • Social (Bluesky, Nostr, Twitter, Reddit)
  • Email
  • Voice & telephony
  • Webhooks
  • MQTT
  • AMQP
  • Filesystem
  • Git (GitHub / Gitea / Forgejo)
    • Creating a GitHub App
    • Creating a Gitea / Forgejo token (Codeberg)
  • ACP (Agent Client Protocol)

• Tools & Extensibility

  • MCP (Model Context Protocol)
  • Browser automation
  • Relationship memory
    • Using relationship memory from skills
  • Skills
    • Skill bundles
  • Python skills

• Security & Autonomy

  • The security model
  • Autonomy levels
  • Sandboxing
  • Tool receipts

• Operations & Deployment

  • Service & daemon
  • Logs & observability
  • Cost tracking
  • Troubleshooting
  • Network deployment

• Hardware & Boards

  • Hardware subsystem
  • Adding boards & tools
  • Peripherals design
  • Arduino Uno Q
  • STM32 Nucleo
  • Android
  • Aardvark
  • Raspberry Pi

• Standard Operating Procedures

  • How SOPs run
  • Syntax
  • Cookbook
  • SOP Fan-In
    • MQTT
    • Filesystem
    • AMQP
    • Channel
    • Git
    • Manual
    • Webhook
    • Cron
    • Peripheral
    • Calendar
  • Observability
  • Worked Example

• Plugins

  • How plugins work
  • Built-in tool inventory
  • Plugin protocol
  • Guides
    • Writing a tool plugin
    • Writing a channel plugin
    • Writing a memory plugin
    • Distributing plugins
  • Building the docs locally
  • Building the web dashboard

• Foundations (RFCs)

  • Intentional architecture
  • Documentation standards
  • Governance
  • Engineering infrastructure
  • Contribution culture
  • Zero compromise in practice

• Contributing

  • How to contribute
  • Architecture and contribution map
  • RFC process
  • Communication
  • Privacy & PII discipline
  • Testing
  • Agent-policy parity
  • PR review protocol
  • Multi-agent setup
  • Contributor License Agreement

• Maintainers

  • Docs & Translations
  • CI & Actions
  • Claude Code Skills
  • PR workflow
  • Reviewer playbook
  • Labels
  • Superseding PRs
  • Release runbook
  • Release artifact verification