industrial robotics industry

China is pushing ahead rapidly in robotics, and Hong Kong is struggling to keep pace with the mainland's accelerating robot industry. A new report highlights the widening gap between the mainland's state-backed automation drive and Hong Kong's slower adoption of robotic technology in industry and services, prompting debate about whether the city risks falling behind in a key technology sector.

China has introduced three new criteria that humanoid robot companies must meet before going public, according to CNBC. The bar appears high: few, if any, current developers are believed to satisfy the requirements. The move suggests regulators want to filter out speculative listings in the crowded humanoid robotics sector while still supporting the industry's development.

Robotics startups are stepping up efforts to recruit academic researchers, and Microagi is the latest example, hiring eight university researchers at once. The move reflects intensifying competition for robotics talent as startups race to build advanced systems, increasingly pulling specialists away from university labs and into private industry.

AMD is reportedly pursuing an $8.2 billion acquisition of World Labs, the AI company focused on spatial intelligence and 3D world modeling. Commentators say the move signals a wider race in AI toward robotics and 3D simulation, and are debating what the deal could mean for AMD's future chips, its competition with Nvidia, and its broader AI strategy.

AMD is acquiring a startup outside its core chipmaking business in an all-stock deal valued at $8.2 billion, a move driven by CEO Lisa Su's push into physical AI, technology that connects artificial intelligence to robots, sensors and real-world systems. The deal signals AMD's ambition to compete beyond traditional semiconductors as demand for AI applied to hardware and machines accelerates across the industry.

The UK is being described as a testing ground for delivery robots, with automation industry commentary suggesting the country has become an attractive environment for piloting sidewalk delivery technology. The claim, highlighted by the Association for Advancing Automation, points to Britain's regulatory openness allowing companies to trial autonomous delivery robots on public streets.

DYNA Robotics has launched DYNA 2.1, a semi-humanoid robot described as a physical agent capable of completing entire workflows, including a full commercial laundry shift, rather than isolated tasks. The launch highlights the company's focus on deploying robots in real business environments, and it is drawing attention as part of the wider push toward hands-on automation in service-industry jobs.

Medical device industry commentary highlights the regulatory challenges emerging as artificial intelligence moves from software applications into surgical robotics. The piece examines how existing approval frameworks, built for static devices, must adapt to AI-driven systems that learn and change over time. It reflects a broader debate among regulators, manufacturers and clinicians over how to ensure patient safety without slowing innovation in autonomous and semi-autonomous surgical technology.

Real estate services firm JLL says the industry's next transformation will come from physical AI — robots and intelligent machines deployed in buildings. The firm argues that as artificial intelligence moves beyond software into physical form, property owners and operators will need to rethink how spaces are designed, managed and serviced to accommodate autonomous systems alongside human tenants.

A new market report projects steady growth for the robot dress packs sector through 2035, with demand driven largely by safety suits for collaborative robots. Dress packs protect robot cabling from wear and debris, and their adoption is expanding alongside the spread of cobots in manufacturing. The forecast is drawing attention from industry watchers tracking automation supply chains.

A new American National Standards Institute standard, ANSI/A3 R15.08-2-2023, has been published covering the integration of industrial mobile robots. The second part of the R15.08 series, it provides guidance for safely deploying autonomous mobile robots in industrial settings. The news matters to manufacturers, integrators and safety professionals as mobile robot adoption accelerates across factories and warehouses.

A new R15.08 Part 3 safety standard for industrial mobile robot users has been published. The standard, developed under the R15.08 series covering autonomous mobile robots, provides safety guidance specifically aimed at end users of industrial mobile robots, complementing earlier parts that addressed manufacturers and integration requirements.

A six-axis hexapod robot has been announced as capable of moving loads of up to 1,100 pounds (about 500 kilograms) while achieving sub-micron positioning precision. Hexapods use parallel actuator structures for extremely fine motion control, and this combination of heavy payload with nanoscale-level accuracy targets demanding industrial and scientific applications such as optics alignment, semiconductor production, and precision metrology.

Boston Dynamics presented its Spot robot dogs, which performed a choreographed dance routine, at the Automotive News Congress. The display highlighted the company's advances in quadruped robotics and drew attention to potential automotive industry applications for the machines, from factory inspection to automation demonstrations.

The International Federation of Robotics has published a portrait of Mikell Taylor, a known voice in the robotics field. Beyond the portrait itself, few details are available about its purpose or contents. Readers interested in robotics are drawing attention to the profile, which adds to the organisation's ongoing coverage of people shaping the industry.