Robot autonomy combines sensing, mapping, decision-making, feedback, fault recovery, and reliable performance, allowing machines to operate longer in unfamiliar environments with minimal human intervention while maintaining safety and resilience independently.
By Ankit Singh
3 Nov 2026
Robot calibration corrects geometric positioning errors, helping industrial robots reach programmed coordinates more accurately, while compensation for thermal drift, payload bending, friction, and wear further improves real-world performance.
By Ankit Singh
27 Oct 2026
Continuum robots combine flexible bodies with limited actuators, making precise control difficult as friction, hysteresis, incomplete sensing, external contact, model trade-offs, and design diversity continually alter their shape during operation.
By Ankit Singh
20 Oct 2026
Hydrogels act as sensors and actuators in soft robots, enabling crawling, swimming, grasping, and pressure detection through electrical, thermal, optical, and magnetic responses across biomedical and industrial applications.
By Samudrapom Dam
13 Oct 2026
Deep-sea robotics combines pressure-tolerant housings, bioinspired soft designs, acoustic navigation, efficient energy systems, and onboard autonomy to explore, sample, and inspect cold, dark, high-pressure ocean environments with reduced human support.
By Ankit Singh
6 Oct 2026