📁 Subsystem Deep Dive

remote/

📁 remote/ 📄 6 files

Tutorial: remote

This project enables the remote control of an AI agent running in a separate environment (CCR) by bridging it to a local user interface. It manages a resilient WebSocket connection to stream chat events and synchronizes interactive states, such as tool permission requests, ensuring the remote agent behaves seamlessly like a local instance. The system handles protocol translation, authentication, and connection recovery automatically.

flowchart TD A0["Remote Session Orchestration"] A1["Resilient WebSocket Transport"] A2["Message Protocol Adapter"] A3["Remote Control Protocol"] A4["Synthetic State Bridging"] A0 -->|"Manages connection lifecycle"| A1 A0 -->|"Handles control logic"| A3 A1 -->|"Transports control signals"| A3 A2 -->|"Translates stream data"| A1 A4 -->|"Visualizes protocol requests"| A3

Chapters

  1. Remote Session Orchestration
  2. Remote Control Protocol
  3. Synthetic State Bridging
  4. Resilient WebSocket Transport
  5. Message Protocol Adapter

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Files in this section

01_remote_session_orchestration.md
Chapter 1: Remote Session Orchestration
Welcome to the Remote project!
02_remote_control_protocol.md
Chapter 2: Remote Control Protocol
In the previous chapter, Remote Session Orchestration, we built the "Manager" that handles the phone lines between you…
03_synthetic_state_bridging.md
Chapter 3: Synthetic State Bridging
In the previous chapter, Remote Control Protocol, we learned how to send signals like "Permission Requested" and "Permi…
04_resilient_websocket_transport.md
Chapter 4: Resilient WebSocket Transport
In the previous chapter, Synthetic State Bridging, we learned how to "fake" the remote computer's state so our local UI…
05_message_protocol_adapter.md
Chapter 5: Message Protocol Adapter
Welcome to the final chapter of the Remote project tutorial!