– PACE system improving sim-to-real transfer for robotic simulations.
– ADAPT-Teleop: Robotic hands with human-matched kinematics and compliance for better teleoperation.
– Wire-powered walking robot models developed by JSK Lab requiring minimal internal electronics.
– Los Alamos engineers designed digging robot dogs mimicking animal behavior through custom-designed “paws.”
– UniPilot system enabling resilient autonomous operation for robots in GPS-denied environments using multimodal sensing stacks like LiDAR and radar.
– University of Michigan’s AI model trains humanoid robots to autonomously hike rugged terrains.
For full details,read the original article linked below.
India’s evolving robotics industry can draw several lessons from these advancements. With considerable investments like the $1 billion raised by Figure, it is indeed evident that the focus on humanoids and automated systems remains a global priority. such technologies, particularly those related to sim-to-real transfer (PACE) or adaptability in unstructured environments (like UniPilot), could be transformative for India’s growing sectors such as logistics, agriculture automation, and disaster management.While India has emerging companies invested heavily in AI and smart machinery, there remains room to bolster domestic initiatives by investing more robustly into R&D partnerships with academia and aligning startups with cutting-edge trends highlighted here. Humanoid and precision robotic systems could also play prominent roles within India’s manufacturing competitiveness or even address labour-intensive challenges like rural healthcare delivery efficiently.