John Koetsier

Chinese embodied-AI company Agibot is livestreaming its G2 humanoid robots working on a real production line at Longcheer Technology's factory in Nanchang until June 28. The robots, using customized grippers, are performing quality inspection tasks on a tablet mass-production line alongside human workers. This initiative highlights a growing industry trend where humanoid robot makers are demonstrating real-world utility and endurance, moving beyond flashy demos. Figure AI recently conducted a similar long-duration livestream of its Figure 03 robot sorting packages for over 200 hours, emphasizing sustained, tedious work. The goal for the humanoid robotics industry is to prove these machines can reliably perform unglamorous tasks for extended periods, showcasing their practical application in factories and warehouses. This public display of continuous operation is becoming the new standard for validating humanoid robot capabilities.

For the past few years, the emerging humanoid robot industry has run on three different types of fuel: huge investments, huge private valuations and huge promises.

IBM has announced a major breakthrough in semiconductor technology, unveiling the world's first sub-1 nanometer chip. This 0.7 nm node technology utilizes a novel "nanostack" architecture, vertically stacking transistors in 3D to overcome physical limitations. The new design packs nearly 100 billion transistors onto a fingernail-sized chip, offering up to 50% higher performance or 70% greater energy efficiency compared to its 2 nm predecessor. This innovation is crucial for addressing the power demands of AI and extends the viability of Moore's Law. While currently a research achievement, IBM aims for production within five years, potentially revolutionizing computing.

An innovative, unseen air traffic control system is quietly operating in Dallas, Texas, managing the burgeoning drone delivery market. Rival companies Flytrex and Wing, with thousands of monthly flights from closely located droneports, faced critical airspace congestion. To avert collisions and enable industry growth, they jointly implemented an autonomous coordination system. This groundbreaking technology allows drones to negotiate their flight paths without human intervention, ensuring safety. The system successfully deconflicted 100% of 8,000 overlapping deliveries between January and February 2026, even as daily operations surged by 215%. This pioneering model demonstrates a viable path for scalable, multi-operator drone delivery and offers a blueprint for future autonomous aviation.

We've been hearing a lot about data centers in space, a highly questionable concept that looks to be expensive, fragile and unnecessary.

Boston Dynamics has unveiled its fifth-generation Atlas humanoid robot, featuring an "almost order of magnitude" reduction in complexity. This design simplification translates to fewer parts, faster manufacturing, enhanced reliability, and significantly lower costs, positioning Atlas for mass production. Hyundai, Boston Dynamics' parent company, plans to leverage its vast manufacturing expertise to produce 30,000 units annually. The robot integrates advanced physical intelligence with evolving reasoning AI for greater adaptability. Director Alberto Rodriguez also emphasized the practical benefits of legs over wheels in industrial environments, citing comparable mechanical complexity and superior maneuverability. This strategic evolution aims to transition Atlas from a high-cost marvel to a scalable, commercially viable solution.

Maybe your job is safe from the robots just because you're cheap, and they're expensive. But maybe that won't last forever ...

I saw these robot hands a few week ago. But now 1X has released all the details, and these are incredible humanoid robot hands.

In a groundbreaking development, two humanoid robots, teleoperated by human surgeons, successfully performed gallbladder removal surgery on a live pig. This global first, conducted by a UC San Diego team, utilized affordable, off-the-shelf Unitree G1 robots, demonstrating their capability for complex surgical tasks. While the procedure required constant human oversight and faces technical hurdles for clinical deployment, it represents a crucial step. Researchers envision these versatile, low-cost humanoids extending vital surgical care to remote regions and "medical deserts" worldwide, offering a flexible alternative to expensive, specialized robotic systems and potentially revolutionizing global healthcare accessibility.

Netherlands-based QuiX Quantum has delivered Carina, the world's first universal photonic quantum computer designed for customer deployment. Unlike most quantum machines, Carina operates at room temperature and fits into standard data center racks, utilizing single photons as qubits. This innovative system offers eight input and four computational photonic qubits, with plans for rapid scaling. Its "universal" nature means it can execute arbitrary gate-based quantum algorithms, a significant leap from previous special-purpose photonic devices. Carina employs a measurement-based architecture, translating gate-model algorithms into adaptive single-qubit measurements. Developed for the German Aerospace Center's Quantum Computing Initiative, this marks a crucial step towards integrating quantum computing into conventional IT environments, allowing organizations to build operational experience with quantum infrastructure. While currently for small-scale demonstrations, it lays the groundwork for future fault-tolerant systems.