The majority of humanoid robots typically use their hands to pick up objects, but this method doesn’t mimic human behavior accurately, especially when dealing with bulky items. Humans utilize not only their hands but also their chests, hips, and arms in such situations. Toyota’s innovative soft robot is designed with this human-like functionality in mind. […]
Toyota’s Soft Humanoid Grasps Objects with Entire Body Read More »
Sorting waste is a laborious and potentially risky task that people often tire of quickly. To address this challenge, ZenRobotics develops robots designed to handle the job. Their latest generation boasts advanced capabilities, able to identify over 500 types of waste with precision. Since its inception in 2011, ZenRobotics had not yet deployed its robots
ZenRobotics 4.0 Enhances Intelligence in Waste Sorting Automation Read More »
Norwegian humanoid robot manufacturer 1X states that the video is devoid of teleoperation, computer-generated imagery, editing, speed alterations, or pre-planned movements. Instead, it is entirely guided by neural networks, operating autonomously at normal speed. This is the company that OpenAI supported with its chips last year by investing $25 million in a Series A funding
OpenAI´s Humanoids doing Great Read More »
Researchers in Switzerland are developing an environmental monitoring robot named Avocado, drawing inspiration from abseiling spiders. This fruit-shaped robot utilizes a winch and rotors to descend through the canopy, collecting data on life in the treetops. The prototype from ETH Zurich’s Environmental Robotics lab showcases a winch located in the upper part of its 3D-printed
An Avocado Robot Gathers Canopy Data by Swinging Among Trees Read More »
Chemists at the University of Amsterdam (UvA) have introduced an innovative autonomous chemical synthesis robot called “RoboChem,” which is equipped with an integrated AI-driven machine learning unit. Representing a breakthrough in the field, this benchtop device surpasses human chemists in speed and accuracy, showcasing a remarkable level of ingenuity. The initial findings of RoboChem’s capabilities
University of Amsterdam Chemists Develop AI-Driven Autonomous Chemical Synthesis Robot Read More »
It’s unfortunate that birds frequently meet fatal accidents when colliding with unnoticed overhead power lines. To address this issue, a novel system employs a drone and a robot to enhance the visibility of these lines, preventing such incidents. Introduced earlier this month, the arrangement includes an E2500 HP coaxial-rotor drone and a Mini LineFly robot,
Drone-Deployed Mini LineFly Protects Birds on Power Lines Read More »
The conceptual framework of two diminutive insect-inspired robots could eventually be applied to environmental monitoring, surgical procedures, and search-and-rescue missions. Weighing eight and 55 milligrams, these bots, modeled after a mini-bug and a water strider, are claimed to potentially be the world’s “smallest, lightest, and fastest fully functional” micro-robots, as per Washington State University reports.
These Micro-Robots Were Inspired by Mini-Bugs and Water Striders Read More »
Scientists have achieved a groundbreaking feat by combining real heart tissue with advanced soft robotic technology, resulting in a biorobotic heart that mimics the rhythm of a living organ. This innovative model, replicating the complexity of a human heart in unprecedented ways, holds the potential to transform the landscape of testing new treatments and surgical
Revolutionary Biorobotic Heart: A Breakthrough in Cardiac Research and Surgery Read More »
Brett Adcock, from Figure, asserted a significant breakthrough in humanoid robotics over the weekend, which he referred to as a “ChatGPT moment.” This revelation becomes clearer as we now understand that the robot has gained the ability to observe human task performances, construct its own comprehension of the procedures, and subsequently execute these tasks autonomously.
Humanoid Figure Achieves Autonomous Task Learning and Performance Read More »
Tesla has undergone a comprehensive redesign of its humanoid robot, the Optimus Gen 2. This latest iteration is 10 kg (22 lb) lighter, 30% faster, exhibits smoother and more human-like movements, and features updated hands and feet. The rapid evolution of the Optimus Gen 2 reflects Tesla’s characteristic sense of urgency, with functional prototypes developed