Sherpa autonomous windmill assembly demo shown at CES 2026 Intricate handwork is the most difficult aspect of robotics. It seems that this has been largely solved. I'm really looking forward to my cooking robot :)

The first agentive robot navigation stack. Fully open source. T-2 days. Quadrupeds are now $1000. Get yours today and start building.

The future doesn't wait, it walks (and dances)! 🤖 At #CES2026 @HyundaiMotorGroup and Boston Dynamics are redefining the boundaries of #robotics once again. 1️⃣ Fully autonomous mobility. 2️⃣ Robots integrated into daily life. 3️⃣ Hyundai's vision: Progress for Humanity. #AI #5G

The FLEX-Clamp Mini features form-fitting jaws that can be used as a support system, flexible molding post, or for connecting to a robot gripper. It is automated using compressed air and adapts to various contours. The system includes passive gripping force maintenance and a

The BLOK 500 is a robotic welding cell developed for heavy fabrication and large-scale trailer components. It is suited for welding cross-members, trailer frames, and oversized structural parts, providing high precision and consistent performance. Powered by Cortex Prime, an

Automotive work is brutal right now. Price pressure, penalties, and no margin for error. Ian Sandusky breaks down why many shops are pivoting away. Worth it… or time to diversify? Watch the full Machine Shop Talk episode here 👉 youtu.be/0AjxgrzWMHc

Broccoli harvesting machines! 🥦 Yup, you read that right. These machines can pick broccolis automatically. Over 2000 heads per hour. Such machines typically use vision systems (now fancy called AI systems hehe) to identify mature broccoli heads ready for harvest. Here? Six

Reminder: The “RISC-V Mentorship Showcase” is happening in just a few hours on January 14 at 7:30 AM PST! Come hear directly from mentors and mentees about the paid RISC-V Mentorship Program and see their projects. If you can’t attend live, register to receive the recording!

Verobotics's Robots climb building exteriors to clean and scan façades Solves a great problem. Exterior cleaning/inspection has long relied on lowering a person from a roof; These were risky and limit work to a few times a year. Robots solved it now.

German humanoid robot set to transform factory work. Agile ONE is an onboard AI-driven industrial humanoid robot designed for real factory environments. With sensor-rich, human-like hands, it can handle tools and parts with high precision, supporting both delicate assembly and

A recent Science #Robotics study describes an interlaced origami-based structure that enables mobile robots to extend arms to press elevator buttons or form frames to support heavy 3D printing systems. scim.ag/481Oqh5

Fully Open-Source Humanoid Robot RoboParty, a company from China, has now fully open-sourced its bipedal humanoid robot technology stack (including hardware, control, training, and deployment) on GitHub. This could allow developers to enter the robotics field at a low cost and

How Deutsche Bahn uses 3D printing to keep trains running With Formlabs SLS & SLA systems, DB produces tools and parts on demand. Since 2015: • 100k+ parts • Millions € saved • Painting cut 30 → 2 min Faster maintenance. Fewer delays. Learn more: bit.ly/4sZgc6p

Vibecode your robots on Dimensional. Simple demo of our physical agent stack running on the Unitree go2 quadruped. Developers can now program physical space & build dimensional applications via natural language. Fully open source.

We’re partnering with Technology Innovation Institute, Micropolis AI Robotics, and SteerAI to pilot an Autonomous Logistics Platform (ALP) that automates asset movement across industrial facilities through custom UGVs, fleet management, and AI-driven situational awareness. This collaboration represents a

Verobotics is building lightweight autonomous robots that can climb and service building facades without rooftop equipment. Deployed by one person, they can clean multiple facades on their own and also inspect surfaces with cameras and sensors to detect cracks, navigate frames,

Built for work on the Moon’s surface. In a mock lunar environment, our humanoid rover puts a rear-mounted arm to work—drilling, shoveling, and precisely unloading sand into a container demonstrating tool strength. See what this enables: grnh.se/k4q7j83y8us

.CaterpillarInc is using physical AI to transform manufacturing. Hear how factory digital twins powered by NVIDIA Omniverse libraries are enabling dynamic scheduling, predicative maintenance, and faster decision-making. 🔗 Learn more: nvda.ws/3NPtL8g