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Built to Be Hacked: Why Research Robots Have to Stay Open
A research robot has to support experiments its designers haven’t thought of yet. Matt Trossen explains why we build our hardware to be changed.
Nupur Patra
Oct 19


Robotic End of Arm Tooling: A Practical Guide
Choose robotic end of arm tooling by task, payload, reach, interfaces, and repeatability with this practical guide for research and automation teams.
Marc Dostie
Oct 19


Robot Machine Learning: A Practical Stack from Data to Deployment
Explore robot machine learning from sensors and teleoperation to training, evaluation, and deployment, with a practical stack for research teams.
Marc Dostie
Oct 16


Robot Data Collection Platform: Hardware and Scale
Evaluate a robot data collection platform across hardware, teleoperation, capture, metadata, storage, quality checks, and scale before you commit.
Marc Dostie
Oct 16


How a University Lab Teaches a Robot Arm Pick and Place with Physical AI and the Trossen Solo AI Kit
A university research lab is using the Trossen Solo AI kit to teach a robot arm to pick up any manufacturing part, in any orientation, and place it in the right bin from a simple prompt. Ali Beydoun, a researcher focused on physical AI, documented the full journey in a detailed post: Bringing a Robot Arm to Life with Trossen Robotics AI. He covers how he chose an arm, set it up, collected training data and fine-tuned a vision-language-action model. He also notes that his post
Nupur Patra
Oct 15
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