Xiaomi's open-source AI hardware HachimoDock debuts, with a DIY cost of about 150 yuan
HachimoDock, an open-source AI hardware incubated by the Innovative Products team of Xiaomi's Technology Committee, debuted during the 2026 Guancha Conference, with a DIY hardware cost of about 150 yuan. The device combines desktop pet interaction, voice control of PC-side Agents such as Codex and WorkBuddy, linkage with Xiaomi Miloco smart home devices, and on-site generation and running of custom components; task status is fed back through the screen and the desktop pet. The software source code is now public on GitHub, along with a hardware bill of materials, structural component models and assembly tutorials.
Why read this
AI score 67
Xiaomi has pushed the cost of open-source AI hardware down to about 150 yuan and has released the source code and bill of materials, so readers can judge for themselves the barrier to personally modding an AI desktop pet.
Topics
Body · AI translation
Related topics top start Related topics top end Futures promotion begin Futures promotion end Miaopai begin Miaopai end Video player start Video player end Market chart begin Market chart end
Sina Tech News, midday October 26 — During the 2026 Guanzha Conference, HachimoDock, an open-source AI hardware incubated by the Innovative Products Team of Xiaomi's Technology Committee, made its debut. It is a desktop AI device that users can freely modify according to their personal preferences, with a compact body that integrates capabilities such as a personalized desktop pet, voice-controlled PC-side Agents, smart home integration, and custom component creation.
According to the introduction, the hardware self-build cost of HachimoDock is about 150 yuan. The team hopes to lower the threshold for experiencing AI hardware through this, making it the first AI hardware for the general public to get started with Vibe Coding and experience the fun of using natural language to "create" a versatile desktop companion.
The device's functions go beyond this: users can speak their ideas and collaborate with AI to generate and run new components on the spot. Based on this open mechanism, it can be a microphone for quick voice input, a mini game console with tens of thousands of games built in, a small radio for listening to FM stations, or a desktop secondary screen for checking AI task progress and computer status, a desktop control hub linked with smart home devices... More ways to play are left for each user to create by hand.
Users can interact directly with the desktop pet via voice, and it will translate user intent into various tasks and dispatch them to various Agents on the PC side such as Codex and WorkBuddy, for example looking up information, organizing files, writing code, etc. At the same time, the HachimoDock screen will also display task statuses such as thinking, executing, and waiting for confirmation in sync, and provide feedback on progress through the desktop pet's expressions, movements, brief prompts, and sound reminders; important operations involving authorization are still confirmed by the corresponding client.
HachimoDock's voice operation also extends to home scenarios. By integrating with Xiaomi Miloco, users can initiate home control by voice, and the small screen can also switch to a home control console, presenting content such as device status, lighting control, and surveillance footage, making a single desktop device simultaneously an interaction entry point for PC Agents and smart homes.
Currently, HachimoDock has publicly released its software source code on GitHub and provides a hardware bill of materials, structural component models, and assembly tutorials, so users can modify it freely according to their own ideas. "We hope to leave the space for defining HachimoDock to every user, so that more people can experience the joy of AI hardware creation at a lower cost," said the head of the Innovative Products Team of Xiaomi's Technology Committee. news_keyword_pub,stock, iframe below main text iframe below main text General statement General statement QR code at end start QR code at end start
QR code at end start QR code at end start Editor name and work code
Editor name and work code