Robotics is entering a new phase in its industrial lifecycle. For roughly two decades the field operated primarily in a growth and experimentation phase, where advances in machine vision, sensing technologies, and motion planning produced increasingly capable machines but...
Humanoid and helper robots are no longer confined to labs or industrial floors—they are quietly moving into the spaces that shape everyday human life: kitchens, living rooms, offices, hospitals, and public venues. Picture waking up to a robot brewing...
Aura Walks Into the Living Room.
The smart home has spent two decades learning the people who live inside it. It recognizes voices, maps routines, and optimizes comfort. Yet one of the most constant household residents has remained structurally outside...
Technological Foundations
Robotics and industrial automation reached their current position through accumulation rather than sudden breakthrough, with industrial connectivity, computing capacity, robotics hardware, and applied artificial intelligence maturing over more than a decade, often confined to pilots or narrow deployments....
Industrial robotics is moving out of a startup-driven expansion phase and into a period defined by industrial discipline and financial accountability. Throughout the 2010s, robotics development was shaped by venture-backed experimentation, with firms prioritizing proof of concept and speed...
A citywide outage becomes an AI systems audit
San Francisco’s December 20, 2025 power outage was initially characterized as a conventional utility failure, with approximately 130,000 Pacific Gas and Electric customers losing electricity and city officials urging residents to limit...
Robotics in 2025 occupies a fundamentally different role than it did even half a decade ago. Once framed as experimental automation or speculative future technology, robots are now embedded directly into the physical systems that move goods, support healthcare,...
China’s ascent in humanoid and mid-range robotics has moved beyond rapid catch-up to structural leadership, defined by a set of reinforcing advantages in price, manufacturing scale, supply-chain integration, and policymaking precision. These factors are reshaping how automation is deployed...
Humanoid robotics has entered a phase where advances in hardware engineering, sensor fidelity, and cloud-assisted autonomy are finally intersecting with industrial demand. The field has progressed rapidly in recent years, yet researchers emphasize that the core challenge remains unsolved....
Robotics startups are redefining the pace and direction of automation. As demonstrated by The Robot Report’s “100 Robotics Startups to Watch,” the sector is shifting away from specialized industrial machines and toward mobile, perceptive, software-driven systems capable of operating...