hippoxOS - A native LLM operating system.

[0xhappyboy]

HippoxOS is an AI-native desktop operating system. It is not a collection of applications in the traditional sense, but rather a complete operating system platform that uses natural language as its central interaction medium, designed to enable users to comprehensively control and orchestrate computer resources through conversation.

The project is set to release its first production version no later than the first ten days of this month, supporting Windows/Linux,/macOS platforms.

Project Link: https://github.com/HippoxHQ/hippoxOS

This project demonstrates that as long as you optimize frame sequence data caching to the extreme, Rust + Tauri can absolutely meet the rendering efficiency demands of an NLE engine.

Built-in 6 Subsystems

- General Dialogue System

The General Dialogue Subsystem is the foundational interaction layer of HippoxOS and serves as the unified entry point for user interaction with the operating system. Built upon the Hippox kernel, this subsystem integrates the full scheduling capabilities of the kernel and provides conversational infrastructure for all other specialized domains.

- Video Editing System

The Video Editing Subsystem transforms traditional non-linear editing workflows into a dialogue-driven creative experience. Users can describe their editing intentions through natural language, such as clipping clips, adjusting timelines, adding text or image overlays, and more. Underneath, this subsystem is powered by a self-developed NLE (Non-Linear Editing) engine, which handles all underlying video and audio data processing.

This allows you to complete the video editing process using only natural language.

My.Video-DEMO.mp4

- 3D Sandbox Subsystem

The 3D Sandbox Subsystem provides an environment for generating and manipulating three-dimensional scenes through dialogue. Users can describe the 3D scenes they wish to build in natural language, and the system generates corresponding code and renders it in real time within the viewport. All historically generated 3D scenes can be revisited and reused, with support for scene snapshot switching and GIF animation export, transforming 3D content creation from code writing to language description.

- Map and Geographic Information System

The Map Subsystem integrates professional-grade geographic information visualization capabilities. Users can place markers on maps, draw routes, create heatmaps, perform cluster analysis, and more through dialogue. The system parses geographic intents and overlays corresponding layers and markers on an interactive Earth view, turning complex geospatial analysis into intuitive conversational interaction.

- Financial Data Analysis System

The Financial Subsystem provides real-time financial data visualization and analysis capabilities. Users can query and display price trends and technical charts for financial products such as stocks and cryptocurrencies through dialogue. The system integrates real-time market data, a news ticker, and interactive candlestick charts, enabling users to complete financial data exploration and analysis through conversational means.

• Code Development System

The Code Development Subsystem deeply integrates AI-assisted programming into the desktop development environment. Users can describe development requirements through natural language, and the system drives code generation and modification. A core feature of this subsystem is the controllability of code changes—when AI makes modifications to the code, the system presents a diff view showing the changes before and after; changes are applied only after user confirmation, ensuring developers maintain full control over the codebase.