open-source robotics

A new open-source edge-side inference engine claims a 10.7x speedup, allowing robot hardware to run large AI models locally without lag. The technology targets real-time on-device inference for robotics, reducing reliance on cloud computing. Discussion is centered on its performance gains and what faster local inference could mean for embodied AI and robot deployments.

A new humanoid robot arm has been released as a fully open-source project aimed at physical AI research. The design lets researchers and hobbyists build, modify and study the hardware themselves, lowering the cost of experimentation in robotics. Makers and AI researchers are sharing the release, seeing it as a useful step toward more accessible embodied AI development.

A developer has released JBR-001, an open-source desktop companion robot that anyone can 3D print and build themselves. The project is powered by an Arduino Uno Q and comes with full designs and instructions published on Arduino's Project Hub. The release has drawn attention on Hacker News, where makers are discussing the accessibility of DIY robotics and what an open-source desktop robot could be used for.

A new open-source desktop robot called JBR-001 has been published on Arduino's Project Hub. The robot is fully 3D printable and powered by an Arduino Uno Q board, designed as a desktop companion. Makers are sharing the project and discussing its design, accessibility, and what it could mean for hobbyist robotics.

OpenArm 2.0 has been introduced as an open-source 7-degree-of-freedom robot arm built with quasi-direct drive joints, bilateral force feedback, and an in-hand camera. By publishing the design openly, the project aims to give researchers and hobbyists affordable access to dexterous manipulation hardware, with early coverage highlighting the combination of force sensing and integrated vision as notable for a DIY-friendly platform.