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multi-agent-shogun

Open Source
• Updated Jul 22, 2026, 03:06 AM

multi-agent-shogun is an open-source CLI tool that orchestrates multiple AI coding agents in parallel using a samurai-inspired hierarchy.

Use Cases ▼
01

Parallel code generation using multiple AI models

02

Automated multi-agent code review

03

Comparative analysis of AI coding assistant outputs

04

Distributed debugging across agents

05

Multi-model test generation

What Problem It Solves ▼

It addresses the challenge of coordinating multiple AI coding agents without incurring API costs for inter-agent communication, by using a local tmux-based hierarchy that manages parallel execution and result aggregation.

Key Features ▼
✓

Zero coordination API cost

✓

Supports multiple AI models (Claude Code, Codex, Copilot, Kimi)

✓

Parallel execution via tmux for up to 10 agents

✓

Simple hierarchical orchestration model

✓

Open source and lightweight

Overview

multi-agent-shogun is an open-source CLI tool that orchestrates multiple AI coding agents in parallel using a samurai-inspired hierarchy. It leverages tmux to manage terminal sessions, enabling a shogun (commander) to coordinate karo (elders) which in turn manage ashigaru (foot soldiers) - the actual AI agents. This design allows for running up to 10 agents simultaneously without any API cost for the coordination itself, as all inter-agent communication happens locally through tmux buffers. The tool supports popular AI coding assistants like Claude Code, OpenAI Codex, GitHub Copilot, and Kimi. By assigning tasks to multiple agents in parallel, it can accelerate code generation, debugging, and review processes. The hierarchical structure ensures organized task delegation and result aggregation, mimicking a feudal chain of command. Designed for developers and AI researchers, multi-agent-shogun enables experimentation with multi-agent systems in a lightweight, terminal-based environment. Since the coordination is done via tmux, there is no need for additional server infrastructure or paid orchestration services, making it an accessible option for comparing outputs from different AI models on the same coding task. While still in early development, the project demonstrates a novel approach to agent orchestration by combining system-level process management with a clear organizational metaphor. It is particularly suited for use cases like parallel code generation, multi-perspective code review, and automated testing across different AI models.

Pros & Cons

Pros

+

Zero coordination API cost

+

Supports multiple AI models (Claude Code, Codex, Copilot, Kimi)

+

Parallel execution via tmux for up to 10 agents

+

Simple hierarchical orchestration model

+

Open source and lightweight

Cons

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Limited to tmux environment (Unix-based systems)

−

Hierarchical model may be complex for simple tasks

−

Only supports a specific set of AI agents

−

Lack of built-in error recovery or fault tolerance

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Minimal documentation and community support

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