Reading
AcpUI is an open-source local Web UI IDE designed specifically for Agentic workflows, supporting one or more ACP providers and offering a unified chat experience, canvas workspace, and tool orchestration capabilities.
Section 01
AcpUI is an open-source local Web UI IDE designed specifically for Agentic workflows and supports multiple ACP providers. Its core features include provider agnosticism (switch backends with a single configuration), local operation to generate ACP daemon processes, unified chat experience, canvas workspace, and tool orchestration capabilities, with a focus on reliability and local security.
Section 02
A lightweight, high-performance Web UI designed specifically for ACP AI agents. It runs locally to parse JSON-RPC streams into a unified timeline, integrates tools like chat interface, canvas, and terminal, and is strictly provider-agnostic (switch backends via a single configuration directory).
Section 03
Built with React+Vite+Zustand, dynamically fetches brand/model information, with zero hard-coded provider references.
Node.js+Express+Socket.IO, core components: general ACP client, session management, SQLite persistence, Stdio MCP proxy.
Innovative design: each directory contains provider.json (protocol identity), branding.json (UI labels), etc. Pop-up reports for loading errors.
Section 04
Multi-provider concurrency, dynamic configuration loading, thread-safe context.
Unified timeline, streaming transmission, chat branching/merging, voice input (requires whisper.cpp).
Monaco editing, terminal, Git view, diff rendering, file browser.
Stdio proxy, Shell command control, sub-agent orchestration, multi-perspective consultation, IO tools, Google search grounding (requires API).
Section 05
UI → Backend → ACP Daemon → Backend → UI, with simultaneous interaction with storage and MCP proxy.
Local CORS policy, sensitive command approval, automatic restart backoff, SQLite data persistence.
Section 06
Section 07
Represents a new paradigm of provider-agnostic, local-first AI agent interaction. It integrates multiple ACP providers into a unified IDE, with an architecture that balances scalability, reliability, and security, making it an ideal choice for Agentic workflow development.
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