AI vision helps to power excellent cleaning. Charging stand makes topping up the battery easy. Lightweight. Short battery life. Only spends 10 minutes at the waterline after each run before sinking.

Advanced perception and reasoning software enable safe humanoid navigation in real-world environments.RealSense A US computer vision firm presented its role in making humanoid robots safer and more ...

A search robot developed by researchers in Germany can reportedly track missing objects in homes and dynamic environments by using language models together with three-dimensional mapping. The robot, ...

With the pace quickening in the quest to enable intelligent robots designed to work safely and effectively alongside humans across industrial, service and other environments, Neura Robotics has ...

Qualcomm, which purchased microcontroller board manufacturer Arduino last year, just announced a new single-board computer that marries AI with robotics. Called the Arduino Ventuno Q, it uses Qualcomm ...

ONDEX Automation ("ONDEX" or “The Company”) today announced the appointment of Joe Nolan as Division President, Vision & Robotics. In this role, Nolan will lead the strategic direction, operational ...

The reported use of robotics and computer assistance in spine surgery initially saw steady increases, but in recent years those rates have flattened, according to the American Spine Registry’s 2026 ...

The Tesla and SpaceX chief has told his followers that they will live in a world where robots will take care of every need and people do not have to work, in what has become his latest slogan. By Ryan ...

You've probably heard about large language models, those sophisticated AI systems that power all chatbots today. Get ready for Large Plant Models (LPMs). Developed by Carbon Robotics, a Seattle-based ...

ASUS IoT PE1000U is a compact (160 x 110 x 63 mm) fanless DIN-rail industrial Edge AI PC powered by an Intel Core Ultra 5 235U/ 7 265U (Series 2) processor and designed for AMR (Autonomous Mobile ...

Abstract: This paper presents an implementation of an automated pick-and-place system utilizing computer vision algorithms in combination with robotic manipulation. The system consists of a KUKA LBR ...