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Korum: Infinite Canvas Terminal Workspace — A Spatial IDE for AI Agents and Multi-Process Development

Korum is an innovative spatial terminal workspace tool that introduces the infinite canvas concept to terminal management. It supports multi-terminal parallelism, Markdown notes, and code viewers, designed specifically for developers running multiple AI agents and complex workflows.

终端管理无限画布开发者工具AI智能体工作区Tauri空间化IDE多进程管理
Published 2026-05-13 22:10Recent activity 2026-05-13 22:22Estimated read 7 min
Korum: Infinite Canvas Terminal Workspace — A Spatial IDE for AI Agents and Multi-Process Development
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Section 01

Korum: Redefining Terminal Workspaces — Infinite Canvas Empowers Multi-Process and AI Agent Development

Korum is an innovative spatial terminal workspace tool that brings the infinite canvas concept to terminal management, aiming to solve the workflow organization pain points modern developers face when dealing with multi-processes and multiple AI agents. It supports features like multi-terminal parallelism, Markdown note integration, and code viewers, providing a visual and manageable spatial work environment for complex development scenarios.

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Section 02

Pain Points of Terminal Management and the Need for Paradigm Innovation

The terminal of modern developers has become the core of complex workflows, but traditional tab-based management falls short when handling multiple AI agent processes, service logs, and build pipelines—context switching costs are high, and efficiency drops. Korum introduces the infinite canvas interaction paradigm from Figma and Miro, allowing developers to freely drag, scale, and organize terminal windows, revolutionizing the terminal management experience.

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Section 03

Core Features: Spatial Organization and Efficient Parallel Experience

Korum's core features are designed to reduce cognitive load and context switching:

  1. Infinite Canvas Terminal: Freely place independent terminal windows, layout by task relevance to form spatial memory;
  2. Markdown Note Integration: Record command purposes and debugging ideas next to terminals, integrating thinking and execution;
  3. Intelligent File Tree and Code Viewer: Supports .gitignore filtering and Git status display, with a built-in Shiki syntax-highlighted code viewer (including Diff and minimap);
  4. Session Persistence and Resource Optimization: Restore terminal positions/content after restart, and view-aware rendering only consumes resources for visible terminals.
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Section 04

Native Adaptation for the AI Agent Era

Korum provides native support for AI agents: The v0.2.2-alpha version has integrated usage tracking for Claude Code and OpenAI Codex (real-time OAuth polling), helping developers keep track of AI service usage. The spatial organization method gives clear positions to the outputs of multiple AI agents, avoiding confusion and adapting to the needs of the AI-assisted development era.

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Section 05

Tech Stack Analysis: Balance Between High Performance and Cross-Platform Support

Korum uses a modern tech stack to ensure performance and experience:

  • Tauri 2: Cross-platform framework with Rust core, native performance and small package size;
  • React 19 + TypeScript: Type-safe and highly maintainable;
  • xterm.js + portable-pty: Standard terminal functions and cross-platform pseudo-terminal support;
  • Tailwind CSS + shadcn/ui: Atomic UI, balancing consistency and aesthetics.
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Section 06

Applicable Scenarios and Target User Groups

Korum is especially suitable for the following developers:

  • Microservice Architecture Developers: Monitor multi-service logs and statuses, with spatial layouts clearly showing dependencies;
  • Heavy AI-Assisted Programming Users: Use multiple AI agents simultaneously and organize sessions separately;
  • DevOps Engineers: Manage complex deployment pipelines with efficient multi-environment persistent sessions;
  • Full-Stack Developers: Handle multiple tech stacks, with spatial partitioning maintaining clear boundaries.
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Section 07

Current Status and Future Outlook

Korum is currently in the early v0.2.2-alpha stage and only supports the macOS platform. The focus is on optimizing stability, persistence capabilities, and terminal experience. Since it is unsigned, macOS users need to right-click "Open" or use the xattr command to remove the quarantine attribute when launching for the first time. Future plans include improving features and achieving cross-platform support.

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Section 08

Conclusion: Korum's Value and Suggestions for Attention

Korum reimagines the developer workspace, breaking the linear limitations of traditional tabs and providing a natural organization method for multi-process and AI agent development. In an era where AI is reshaping software development, tools need to evolve—Korum turns the terminal into an extension of thinking, enhancing efficiency and experience. It is recommended that developers pursuing efficient workflows continue to follow its development.