Asimov 1 has been described as an open-source humanoid robot that users can build themselves, with open hardware, an open software development kit (SDK), open simulation models, and distribution as a do-it-yourself kit.
Open-source humanoid · Asimov 1
A humanoid robot built to be opened, modified, and assembled by its owner
Asimov 1 is described as an open-hardware humanoid with an open SDK, open simulation models, and a do-it-yourself kit format. The approach contrasts with the closed, proprietary platforms that have dominated humanoid robotics.
How the open stack fits together
Each layer is meant to be usable on its own, from testing code in simulation to assembling the hardware.
01
Simulation models
Test behavior in a virtual environment first.
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02
Open SDK
Write and test control code for the robot.
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03
Open hardware
Designs are available to inspect and modify.
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04
DIY kit
Buyers assemble the robot themselves.
Why it matters
Developers can write and test control code without owning a finished robot.
Simulation lets experiments run before anything moves on physical hardware.
Lower barrier for researchers, students, and hobbyists.
Open designs allow repair, customization, and inspection.
What remains unverified
No independent performance testing is available.
No user reviews or safety certifications are cited.
Capability claims are not yet confirmed.
Pricing, shipping timelines, and planned unit counts are not specified.
The open question
Will Asimov 1 become a broadly usable platform or remain a DIY project?
Documentation quality
Clear guides determine whether builders can succeed.
Community participation
Active contributors shape software and hardware over time.
Real-world durability
How the design holds up outside controlled settings.
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