Boston-dynamics

Boston Dynamics is partnering with LG Innotek, a major supplier of camera and optical components, to develop an integrated vision sensing system for its Atlas humanoid robot. The collaboration aims to combine LG's hardware expertise in sensors (RGB, 3D) with Boston Dynamics' robotics software to enhance robot perception, particularly in challenging environments.

Soft Robotics Podcast host Marwa ElDiwiny and engineer Scott Walter dissect the rotary-vs-linear actuator debate shaping today’s humanoid robots—explaining why most builders favor compact rotary joints while others bet on planetary-roller-screw cylinders.

Wired magazine predicts 2025 will be a significant year for humanoid robots moving into commercial factory and warehouse roles, citing upcoming deployments like Boston Dynamics' Atlas at Hyundai, alongside existing work by Agility Robotics and Figure. While AI advancements promise greater flexibility and faster learning, challenges concerning reliability, safety, and bridging the gap between demos and autonomous operation remain critical hurdles.

Figure CEO Brett Adcock refuted a Fast Company claim that his company uses planetary roller screws, stating Figure relies on rotary actuators. The dispute highlights a key design debate in humanoid robotics: direct rotary drive versus linear actuators (which use screws) with linkages, as detailed by expert Scott Walter.

New Exchange-Traded Funds (ETFs) focused specifically on humanoid robotics are launching in South Korea and being proposed in the US. These funds, from asset managers like Samsung, KB, Hanwha, and Roundhill Investments, signal growing investor interest in companies developing human-like robots and related technologies, driven by AI advances and labor market needs, despite acknowledged technical and market risks.