Our RA-L paper, in collaboration with Prof. Loianno’s @loiannog group, was selected as an Editors’ Choice in Science Robotics:
https://t.co/aEUMao4WBH
A step forward for Embodied Intelligence in quadrotors: how physical design and control can work to enhance resilience/safety.
Train AI robots without writing a single line of code. 🤖
We just launched LeLab, the official graphical user interface for LeRobot built by @rabault_nicolas. It completely removes the command line from the robot learning workflow, taking you from raw hardware to autonomous movement visually.
If you've ever wanted to get into AI robotics but were held back by complex terminal setups, this is for you.
- Zero-Terminal Setup: Smart calibration with automatic USB port detection.
- Easy Data Collection: Teleoperate your robot and record a dataset.
- One-Click GPU Training: Don't have a massive local GPU? Scale your training instantly with Hugging Face Jobs right inside the app.
Just plug in your SO-ARM101 and start teaching your robot. We put together a complete, step-by-step video guide showing exactly how to get started and train your first policy.
Docs: https://t.co/PrUEIeaXKW
GitHub: https://t.co/SFuOiN8rjN
#ICRA2026 is still going on!
Three papers on HMI, co-design of soft robot, and soft drone will be presented today (Wed) and tomorrow (Thu). Please come and talk to our guys!
RAPTOR-our new tiny foundation policy for quadrotors has just appeared on @SciRobotics! A single compact policy that adapts in milliseconds across different quadrotors and autopilots, flies zero-shot with no fine-tuning, and simultaneously tested on multiple platforms!
📢We successfully integrated vision-based tactile sensing into a Catheter balloon for cardiac ablation, as a preliminary outcome from our collaboration with industry
📰Paper: https://t.co/7l0I5GxNrj
Teleoperation was pioneered ~1950 to remotely handle radioactive material. When we use it today to collect robot trajectories for BC, it is still clumsy. Surely, there is a better way! (Hint: human video, RL in sim).https://t.co/l7QUge3lwe
Can't agree more. Many system, hardware-wise papers have been presented at RSS, disseminating great benchmarks for the community. Such a great privilege to serve for @RoboticsSciSys !
Robotics has always been about systems all the way down! I do appreciate RSS for having the foresight of creating systems track and best systems paper awards! Proudly published all of my PhD works on @RoboticsSciSys
🚀 RoboSoft 2026 is coming!
Get ready to connect with leading researchers and passionate students from around the world as we discuss into the present and future of soft robotics 🤖✨#RoboSoft2026#SoftRobotics
Join us!
https://t.co/i9bRyc5CZn
ManiFeel is a benchmark for contact-rich manipulation tasks. Force- and tactile-based tasks with occlusions and partially-observable state are going to be crucial for true general purpose robotics.
Website: https://t.co/8rUUm7Tw0j
At the RI seminar at CMU yesterday, I presented a 3 level analysis of robot skills & discussed the pros and cons of teleoperation, simulation, and learning from videos, before presenting our research. Enjoy! https://t.co/wUPe3QlTRk