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OpenClaude Released: CLI Agent Integrating Multiple AIs

Coding agent OpenClaude, which integrates multiple cloud and local models into a single CLI, has been released.

7 min read Reviewed & edited by the SINGULISM Editorial Team

OpenClaude Released: CLI Agent Integrating Multiple AIs
Photo by Mohammad Rahmani on Unsplash

The open-source coding-agent CLI “OpenClaude,” published on GitHub Trending, is attracting attention as an attempt to handle diverse cloud and local model infrastructures under a single operational system. Reporting on GitHub Trending by Gitlawb describes the project’s overview as follows:

OpenClaude is an open-source coding-agent CLI for cloud and local model providers.

The CLI supports multiple backends, including OpenAI-compatible APIs, Gemini, GitHub Models, Codex OAuth, Codex, Ollama, and Atomic Chat. Its distinctive feature is that users do not need to switch between different tools for each provider; instead, they can work within a unified terminal-centric workflow that includes prompts, tools, agents, MCP, slash commands, and streaming output. The project is also mirrored on GitLawb.

Integrating Multiple Models into a Single CLI

The core philosophy of OpenClaude is to absorb differences between model providers on the CLI side. By handling both cloud APIs and local models through the same interface, developers can switch backends according to use case, cost, and data confidentiality. The architecture, which starts with OpenAI-compatible APIs while supporting Gemini, GitHub Models, and local execution environments such as Ollama in parallel, meets the needs of teams seeking to avoid dependence on a specific vendor.

This design reflects the growing adoption of agent-based development. When delegating tasks such as code generation, refactoring, and test fixes to agents, the freedom to choose models determines the flexibility of the entire workflow. OpenClaude is seen as aiming to prevent fragmentation of context by containing those choices within the CLI.

The breadth of supported providers is also reflected in its partner lineup. Officially listed integrations include GitLawb, Bankr.bot, Atomic Chat, Xiaomi MiMo, Atlas Cloud, AI/ML API, Novita AI, ApiSmart, Concentrate, and Exa. All are services related to inference infrastructure, search, or data integration, underscoring the concept of invoking diverse capabilities from a single CLI.

Provider Configuration and Authentication

Management

Managing credentials and settings is a challenge when handling multiple models. OpenClaude provides an interactive setup and a savable profile feature. Running the /provider command within the CLI walks users through provider-specific settings in a guided format, and profiles containing credentials are saved to .openclaude-profile.json.

For GitHub Models, an onboarding flow via /onboard-github is provided. The project explicitly states that it does not automatically load a .env file located in the project root. If you want to use environment variables, it is recommended to either export them explicitly in the shell or launch the CLI by specifying a file, such as openclaude --provider-env-file .env. Runtime and debug tuning values are designed to be passed by exporting them from the shell or launcher.

By clarifying where settings are stored and how they are loaded, the system avoids situations where the location of credentials becomes opaque. Properly distinguishing between profiles and environment variables is also important for ensuring reproducibility in team development and CI environments.

Terminal-Centric Development Workflow

The “Why OpenClaude” elements it promotes lie in integration that does not interrupt work in the terminal. It consolidates bash execution, file operations, search via grep and glob, agent and task management, and access to MCP and web tools in one place. Slash-command operation and streaming output allow users to monitor the agent’s thought process and execution results sequentially.

Recent coding agents tend to be fragmented across editors and chat UIs. By deliberately making the terminal the starting point, OpenClaude enhances compatibility with existing shell operations, scripts, and Git workflows. Support for MCP, in particular, ensures extensibility when connecting external tools and data sources to the agent.

A similar initiative is the mobile-compatible agent platform reported in Open-Source AI Agent OpenClaw Launches Mobile Version. While OpenClaw aims for cross-device use, OpenClaude can be seen as taking a contrasting approach by concentrating functionality in the terminal.

VS Code Extension and Integration of

Peripheral Features

Despite its terminal-centric focus, editor integration has not been abandoned. OpenClaude includes a bundled VS Code extension that provides launch integration and theme support. For developers who move back and forth between work in the CLI and editing in the editor, context handover at launch and visual consistency directly affect productivity.

Another feature highlighted by the project is a pixel-art companion character that fires an arrow each time the Enter key is pressed. While its functional significance is limited, it serves as an element that expresses the tool’s personality as part of the experience design for long terminal sessions.

This integration of peripheral features can be seen as an attempt to establish the CLI not merely as a command executor but as part of the development environment. As noted in Google’s New Home Speaker Falls Short of 6-Year-Old Nest Audio in Sound Quality, the experience of hardware and software is judged by attention to detail. For development tools as well, integration of launch and appearance motivates continued use.

Installation Requirements and Startup

Procedure Details

As a requirement for installation, Node.js 22.0.0 or higher is required to install and run via npm. Bun is only required for building from source or for local development, and is not required for normal use. Installation is performed with the following command:

npm install -g @gitlawb/openclaude@latest

On Arch Linux, it can be installed from a community-maintained AUR package with paru -S openclaude. If an error indicating that ripgrep cannot be found appears after installation, you need to install ripgrep system-wide and confirm that rg --version works in the same terminal before launching.

openclaude --version and npm view @gitlawb/openclaude dist-tags can be used to check the version and troubleshoot. Launch with the openclaude command, then configure the provider with /provider after startup. From a cost-management perspective, as visualization of AI spending progresses as seen in Rippling Announces AI Spend Tracking Tool ‘AI Spend Console’, a CLI that can switch between multiple providers could also serve as a means of optimizing expenditure.

Conversation Resumption,

Forking, and Background Execution

To support long-term development and iterative trials, conversation management and background execution features are provided. To resume an existing conversation, specify a session ID.

openclaude —resume openclaude —continue

--continue continues the most recent conversation in the current directory. When combined with --fork-session, it forks the original history and continues with a new session ID.

openclaude —resume —fork-session openclaude —continue —fork-session

Note that forking only branches the conversation history and does not involve filesystem isolation, copying of the working tree, or creation of a Git worktree.

Background sessions that detach and run long, non-interactive prompts from the terminal are also supported.

openclaude —bg “fix failing tests” openclaude —bg —name auth-refactor “refactor auth middleware” openclaude ps openclaude logs auth-refactor openclaude logs auth-refactor -f openclaude kill auth-refactor

Tasks submitted with --bg run in the background and can be listed with ps, checked with logs, and stopped with kill. The ability to proceed with time-consuming tasks such as test fixes and refactoring without occupying the terminal is a significant practical advantage.

Editorial Opinion

In the short term, the design that handles multiple providers in a single CLI is seen as having the effect of lowering the cost of switching models. In particular, the configuration that includes GitHub Models and Ollama lowers the barrier to adoption for teams experimenting with cloud and local use, and trial use may spread within 3–6 months, centered on small development teams and individual developers. The bundled VS Code extension is also a factor that supports integration into existing workflows. In the long term, the key question is how far fragmentation caused by the proliferation of agent CLIs can be absorbed by common standards such as MCP and slash commands. Over a span of 1–3 years, a divergence is expected to emerge over whether the CLI will become a hub that integrates with editors, CI, and observability infrastructure, or whether it will converge into specialized tools optimized for specific models. The clarity of profile management and handling of environment variables will affect governance compliance within organizations. The remaining question is how far the CLI can abstract away behavioral differences between models. Compatibility of prompts and tools is not perfect, and differences in output quality and latency may affect workflows.

References

Frequently Asked Questions

Which models and providers does OpenClaude support?
It supports OpenAI-compatible APIs, Gemini, GitHub Models, Codex OAuth, Codex, Ollama, Atomic Chat, and others. You can switch between multiple cloud APIs and local models from a single CLI without needing to swap tools for each provider.
How do I perform the initial setup?
After launching the CLI, follow the guided setup via the `/provider` command, and a profile containing credentials will be saved to `.openclaude-profile.json`. GitHub Models can be set up via `/onboard-github`. `.env` files are not loaded automatically, so specify them with `--provider-env-file` if needed.
Can conversations be resumed and run in the background?
Yes. You can resume conversations with `--resume` or `--continue` and fork history with `--fork-session`. Long-running tasks can be executed in the background with `--bg` and managed with `ps`, `logs`, and `kill`. Forking only branches history and does not isolate the filesystem.
Source: GitHub Trending

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