World Vision

AMD has acquired the startup cofounded by Fei-Fei Li, the Stanford AI researcher often called the 'godmother of AI', in a deal reported at $8.2 billion, according to Fortune. The move marks one of AMD's largest acquisitions as chipmakers race to secure position in the fast-growing artificial intelligence market. Li, renowned for her pioneering work in computer vision and ImageNet, cofounded the company, and the deal is drawing wide attention across the tech and investment worlds.

Rick Owens presents his Spring 2027 collection, covered in WWD's fashion column. The designer continues to shape the fashion conversation with his distinctive dark aesthetic, and the new season's show is drawing attention from industry watchers and critics tracking how his vision evolves.

Chloé presented its Spring 2027 collection, with broderie anglaise emerging as a defining motif, alongside other recurring design obsessions flagged by WWD in its review of the show. The coverage highlights how the French fashion house's craft traditions are shaping its vision for the season, drawing attention from fashion watchers tracking the brand's creative direction.

Cognex Corporation has agreed to acquire RealSense, a 3D camera spinout from Intel, for roughly $500 million. The deal aims to expand Cognex's machine vision business into robotic perception, addressing a basic weakness in factory automation: robots struggle when objects arrive even a few centimetres off-target, since reliable real-world automation requires machines that can see in 3D.

World Vision has published an overview of its humanitarian response for August 2026, presented as a set of key numbers covering its aid operations. The release outlines the scale of the organisation's work during the month, though no further details on locations, funding or beneficiaries are given in the available information.

Researchers have introduced a new benchmark designed to measure how well robots powered by vision-language models retain and use memory across tasks. The tool aims to standardize evaluation of robotic memory, a key weakness in current systems, and could help developers compare progress and push robots toward more reliable real-world behaviour.

Researchers at the University of Florida report that simple visual patterns, such as black-and-white stripes, can trick AI-powered autonomous vehicles and robots into misjudging distances to obstacles, potentially triggering unexpected and dangerous behavior. The findings highlight vulnerabilities in machine vision systems used in self-driving cars and robotics, raising questions about their safety and reliability in real-world environments.

Hyundai Motor Group has published a feature on the robotics race, detailing how Boston Dynamics' humanoid robot Atlas is being trained to operate in real-world environments rather than staged demos. The piece highlights progress in getting Atlas to perform practical tasks, as Hyundai integrates the robot into its vision for advanced automation and manufacturing.

Google is moving AI chips into space as part of a push toward orbital data centers, a direction also championed by Elon Musk as a way to reshape computing infrastructure. The idea is to run AI workloads on satellites powered by solar energy, reducing terrestrial energy and cooling demands. The overlap of two major tech players pursuing the same vision has put orbital data centers back at the center of industry debate.

Researchers unveiled Uni-VLaT, a framework that adapts vision-language-action policies with whole-body tactile sensing so humanoid robots can perform loco-manipulation — walking while handling objects. By combining touch feedback across the robot's body with vision-based policies, the system aims to make humanoids steadier and more capable in physical tasks. Details remain limited to the paper listing so far, with little public reaction or performance data yet available.