This video demonstrates how to efficiently develop robot code by using a virtual machine with simulated ROS nodes that mimic robot hardware, allowing developers to test code changes without repeatedly powering up and setting up...
Modern robotics technology has advanced to the point where robots can be designed with such realistic appearances and behaviors that they can deceive human observers into believing they are real animals, demonstrating the remarkable capabilities...
NVIDIA Cosmos 3 is an open frontier omnimodel for physical AI built on a mixture-of-transformers architecture that integrates an autoregressive transformer for reasoning, planning, and instruction with a diffusion transformer for generation, enabling it to...
Tesla's Smart Summon feature has been enhanced to automatically pull the vehicle into parking spots, representing a significant advancement in autonomous parking technology that was previously only available in the Robo-Taxi system. This feature allows...
Modular combat robot design requires balancing weapon versatility with structural integrity, where key considerations include proper thread locking and preload management to prevent mechanical failure, strategic weapon positioning to optimize combat reach and armor protection,...
Modern defensive operations can effectively neutralize enemy logistics convoys through integrated ground robot and aerial drone systems that provide continuous surveillance, pre-positioned ambush capabilities, and coordinated multi-platform engagement, making it extremely difficult for attacking forces...
Autonomous robots can navigate from point to point while automatically detecting and avoiding obstacles in real-time using visual SLAM technology for localization and path planning.
Apple has pivoted from its cancelled autonomous vehicle project (Project Titan) to developing a purpose-built home robot that combines four key technologies: the M5 chip with specialized neural accelerators for real-time spatial reasoning, sensor fusion...
In competitive robotics, successful robots require strategic design choices and the ability to adapt configurations based on opponent types; Juxtaposition's victory at CMRC 2026 demonstrates how a control-focused robot with versatile fork and lifter systems...
This video compares Rivian's Autonomy+ and Ford's BlueCruise autonomous driving systems, revealing that while both offer hands-free highway driving with similar pricing ($50/month or $2,500 one-time), BlueCruise provides smoother lane positioning and automatic lane changes...
This investigation reveals that Waymo's self-driving robo-taxis, despite claiming 170 million miles of safe operation and peer-reviewed data showing better crash avoidance than human drivers, have been documented in hundreds of incidents where they violated...
A stock Tamiya Subaru Brat ORV with only ball bearings and a torque-tuned motor achieved 24 mph in speed testing, demonstrating that minimally modified RC vehicles can perform surprisingly well.
Engineering students at Boise State University are developing Bender 5.0, a lunar robot capable of autonomous operations on the moon's surface, including scientific research and construction tasks; the team tested their robot at the University...
In 2019, researchers developed the NeuroDrone system, which uses 1,000 neural connections mimicking the common housefly's brain (with a 30-millisecond reaction time) to enable autonomous drones to fly 10 kilometers without human input, processing visual...
Researchers at West Virginia University have developed a multi-armed robot called 'StickBug' that can recognize and artificially pollinate flowers, using artificial flowers for training and a year's worth of plant data to understand pollination patterns;...
Helsing, a German defense AI company, has launched RX-1, Europe's first homegrown military robotics platform—a quadruped robot designed for speed and robustness that enables research institutions like ETH Zurich and INRIA Paris to develop fully...
Roblox has developed a new extensible avatar movement system that enables fluid, physically-based motion for characters across all shapes, sizes, and proportions. This system combines procedural animation, keyframed animation, and physical simulation through an animation...
Autonomous vehicles like Tesla's FSD system face significant challenges at complex urban intersections with multiple traffic flows, pedestrians, and construction zones, where the software may struggle with navigation decisions, lane changes, and maneuvering through obstacles,...
Russia has developed the Yolka, a compact AI-guided kinetic interceptor drone capable of autonomous target tracking at ranges up to 3 km, featuring bi-spectral thermal and optical tracking capabilities for defense applications.
The Yarbo Lawn Mower Pro represents a class of heavy-duty robot lawn mowers designed for large, challenging properties with steep slopes, thick warm-season turf, and complex terrain. Unlike standard robot mowers, it features dual 300W...
NVIDIA has unveiled the Isaac GR00T, a fully integrated humanoid robot platform featuring 25 degrees of freedom per hand and 31 total degrees of freedom, standing 6 feet tall and weighing 150 lbs, designed to...
GM Super Cruise is a hands-free driving assistance technology that uses cameras, sensors, GPS data, and mapping software to automatically steer, accelerate, decelerate, and change lanes while keeping the vehicle in its lane, with driver...
While Waymo robotaxis have demonstrated superior safety performance with a 13-fold reduction in serious injury crashes compared to human drivers, they have also been documented making risky maneuvers such as running red lights, driving on...
The robotics industry is transitioning from large language models to physical AI, with companies like Nvidia and Intel competing to establish standardized hardware and software platforms for humanoid robots. Nvidia's Isaac GR00T ecosystem combines the...
Advanced artificial intelligence combined with real-world motion data and physical training simulations enables humanoid robots like Atlas to learn increasingly complex actions, including athletic movements such as soccer kicks, by integrating technical skills with human-like...
The US Navy is developing a revolutionary 'Ghost Fleet' of unmanned surface vessels (USVs) that can operate for months without human crew, carrying weapons like missiles and torpedoes while being controlled remotely via satellite links...
This video demonstrates Waymo's autonomous vehicle technology through a real-world test drive in Miami, showcasing key features including automatic pedestrian detection and stopping, smartphone app integration for temperature and radio control, and real-time traffic monitoring...
Autonomous vehicles like Waymo face significant safety challenges in complex real-world environments, including difficulty distinguishing between different water depths and recognizing construction zones on freeways, which may require software updates to address these limitations.
Super Cruise is General Motors' hands-free driving assistance technology that enables coast-to-coast travel across Canada by automatically managing steering, acceleration, deceleration, and lane changes through a combination of cameras, sensors, GPS data, and mapping software,...
NVIDIA has unveiled the Isaac GR00T Reference Humanoid Robot, an open development platform featuring 75 degrees of freedom (25 per hand, 31 on the body), 6-foot height, and 150-pound weight, designed to democratize humanoid robotics...
The Telenoid, a humanoid robot designed by Hiroshi Ishiguro at Osaka University to reduce loneliness and provide comfort through telepresence, demonstrates that attempting to create realistic human-like robots often fails due to the uncanny valley...
Boston Dynamics and Hyundai developed the School of Football program to teach their Atlas robot to play football, using human biomechanics and movement patterns from elite players as training data. The robot first learns movements...
Humanoid robots are transitioning from science fiction to practical applications in factories, warehouses, hospitals, and homes, driven by AI advances that enable them to see, learn, respond, balance, and interact with the physical world. Goldman...
Georgia Tech researchers have developed a robotic drumming prosthesis that uses EMG sensors to read bicep muscle flexes, enabling users to control drumsticks with pure physical intent, while the second stick features an AI brain...
This video demonstrates a real-time 4K30 embedded vision pipeline built on Lattice Avant FPGAs, where image data captured by an image sensor is transferred to the FPGA, processed through an ISP (Image Signal Processor), and...
Gantry robots are industrial automation systems designed for heavy-duty material handling in industries such as cement, fertilizer, and mortar production, featuring high load capacity, fast handling speed, and simple maintenance requirements.
Lunar regolith, which appears as harmless gray sand, is actually composed of microscopic razor-sharp shards of volcanic glass that can destroy mechanical seals, spacesuits, and human lung tissue; Texas A&M University has developed a solution...
India's Airbound has developed a lightweight autonomous VTOL drone weighing 2.5 kg, capable of carrying 1 kg payload, cruising at 60 km/h, and flying 40 km on electric power, with over 700 successful medical delivery...
The PadBot P3 is an autonomous humanoid robot capable of greeting guests, singing, and dancing, with a programmable sleep mode that triggers a cute sleeping state when a set time arrives.
Building a functional autonomous rover requires coordinated teamwork across multiple specialized departments (structures, electronics, software, system engineering, and science) that work iteratively to integrate complex mechanical, electrical, and software systems into a unified platform. The...
