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© 2026 Duolix

Duolix

Empowering the Next Generation of Embodied Intelligence

Duolix is building an open hardware and software ecosystem for Physical AI, connecting Android interaction, Linux robotics and edge AI development.

Read the visionClose the introduction

Democratizing Physical AI

Our vision is to make robotic intelligence more accessible by bringing neural perception, higher-level planning and dedicated motor control into a modular developer ecosystem.

Explore community robot projects, published build resources, developer guides and reference kits. Each project links to its original authors and available source materials.

Open project resources

Find source materials and licenses at the project level, with room for community collaboration and customization.

Connected edge development

Bring application, inference and robot-control workflows closer together, with board support documented as it is validated.

Modular prototyping

Start with reference projects and component lists, then adapt the build to your research or engineering goals.

Core Platform Pillars

High-Performance Edge Compute

Develop perception and local inference workflows for supported edge hardware. Match model formats and accelerator backends to the selected device and software image.

Explore inference

Real-Time Control

Our architecture direction connects higher-level robotics planning with dedicated motor-control firmware. Timing, actuator interfaces and stop behavior need validation for each physical build.

Explore ROS 2 integration

Open Reference Platforms

Explore open-source bipedal and manipulation projects for locomotion, learning and physical interaction. Build resources and simulation tools are identified separately for each upstream project.

Explore reference projects

Built for Developers & Innovators

Architecture direction

  1. Perception & AI Models

    Prepare the model and its inputs.

  2. Edge Acceleration

    Select a supported device and runtime.

  3. Robotics & Planning

    Connect application and ROS 2 workflows.

  4. Control & Feedback

    Validate motor actuation and sensor feedback.

C++ and Python workflows

Use the published SDK references and device-development guides.

Model deployment

Check supported formats, accelerator backends and on-device inference results.

Build-specific extensions

Plan sensors, actuators and custom hardware from the selected project’s interfaces.

Join the Open Robotics Movement

Explore the source projects, bring questions to the developer community, or discuss your platform and integration needs with Duolix.

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Robots

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Qmini

Qmini

Duolix Labs
MicroDuck robot

MicroDuck

Coming soonDuolix Labs
MicroDuck · FEETECH Replica robot

MicroDuck · FEETECH Replica

Coming soonDuolix Labs
Aloha Mini robot

Aloha Mini

Coming soonDuolix Labs
OpenArm robot

OpenArm

Coming soonDuolix Labs

Events

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Competition

MicroDuck Challenge

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Workshop

Qmini Build Day

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Social

Robot Hangout

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Kits & Parts

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Qmini Build Kit

Qmini Build Kit

From $899.00
M8010 Joint Motor

M8010 Joint Motor

$149.00
QCS6490 Edge AI Board

QCS6490 Edge AI Board

$399.00
Qmini Depth Camera

Qmini Depth Camera

$99.00
Qmini Power System

Qmini Power System

$129.00

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