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The future of humanoid robotics is closer than most people realize.

These five platforms address different challenges and provide the basis for the emerging physical AI tech stack, according to Lightwheel.

Humanoid robots have become an important area of research in robotics, attracting attention from universities, research institutions, and technology companies.

Boston Dynamics experts will share insights into design considerations for safe human-robot interaction in a webinar.

As autonomy moves beyond controlled environments, ruggedized design is becoming a prerequisite for reliable robotic operations.

Right-angle gearing often requires engineers to compromise between torque capacity and mechanical efficiency. Hypoid gearing offers a balance of mechanical efficiency, load-carrying capability, and single-stage ratio range.

Embodied AI is evolving from vision-centric perception toward Physical AI.

At ICRA 2026, GENISOM AI may have been new to many international attendees — but it is not a concept-stage robotics startup.

Designing for a humanoid robot is one of the most complicated applications in robotics today.

Just a few years ago, many site owners were satisfied if a robot could move from point A to point B. That’s not quite enough anymore.

Humanoid robots are beginning to work in close proximity to people, navigating shared spaces and responding to unstructured behavior in real time.

The closer robots get to people, the more vital it is for them to see, hear and react without missing a beat.

Seeing clearly is important. So is everything that comes next.

As robotic systems evolve toward higher autonomy, richer perception, and greater scalability, the connectivity technologies used to transport image data have undergone a parallel evolution.

Autonomous and robotic systems rely on high-bandwidth, low-latency sensor data to perceive and navigate the world.

Sponsored by GAM. Servo couplings connect components while compensating for misalignment, providing the torsional stiffness necessary for precise, responsive motion control performance.

Surgical robotics has evolved, expanding into a diverse ecosystem of procedure‑specific technologies — each pushing new technical requirements onto the motion systems at their core.

Sponsored by GAM. Imagine a small child trying to push a full-size adult in a shopping cart. It’s possible to get the cart moving (barely), but it would be very hard to start or stop. Steering could be disastrous—the child may not make it around a corner in time. “In servo tuning, this is when…

Torque demand is one of the first factors to consider, encompassing nominal torque, acceleration torque, and emergency torque.

From high-precision surgical platforms to automated drug delivery systems, robotic technologies are driving new standards in patient care, surgical performance, and procedural efficiency.

YUAN redefines the boundaries of real-time video analytics and autonomous decision-making with its cutting-edge Pandora NX Super and AIR NX Super platforms.

ASMPT is committed to the advancement of semiconductor assembly and packaging equipment and offers solutions for industrial automation in a wide range of semiconductor applications.