Robotics

Today's Stories

1. 1

   Panasonic to Reorganize Tech Units, Accelerate AI-Led Transformation

   Panasonic Holdings will reorganize its current DX/CPS Headquarters into a business development division focused on CPS-related ventures, effective October 1. The company is also establishing a new AI and Robotics R&D HQ to consolidate expertise, aiming to accelerate group-wide AI adoption and new business creation, particularly in areas like energy and labor shortages.

   The new business development division will be led by Yoji Nishiki, while Executive Officer Akira Sakakibara, Group CAIO, will head the AI and Robotics R&D HQ.

2. 2

   Amazon drone delivery to expand to 500 US cities by end of 2026

   Amazon announced on August 20, 2026 that Prime Air will expand to nearly 500 US cities and towns by the end of 2026, a sixfold increase from its current 11 locations. Deliveries will cover eligible items up to five pounds in as little as 30 minutes. Amazon's Q2 results showed total net sales topping $200 billion for the first time in a single quarter (up 20%), and operating income up 43% to $27.5 billion—evidence it can fund the rollout. Yet drone volume remains tiny versus nearly 20 million packages delivered daily in the US, and a recent Texas incident where a drone dropped a package into a pool highlights reliability risks as it scales into less-controlled areas.

   Rivals are moving too: DoorDash launched DoorDash Air after FAA approval, and Uber is partnering with Zipline (worth $7.6 billion) aiming for 1 million drone deliveries a day by 2029—a much bigger goal than Amazon's or DoorDash's promises. Amazon's capital spending, however, remains focused on AI and cloud infrastructure, with raised guidance to about $220 billion for the year.

3. 3

   Japanese humanoid robot livestreams work for 3+ hours

   Robot developer Atom is livestreaming its humanoid robot performing a task on a conveyor belt, picking up packages and turning them label-side up. As of 5 PM on August 28, the stream had been running for about three and a half hours. The robot occasionally paused, requiring assistance from a person believed to be an employee, but mostly worked autonomously. The company's CEO, Shunsuke Aoki, said on X that the team collected data and designed the AI themselves, and even built the conveyor belt in-house. He is inviting developers to work with them and companies considering large-scale adoption. Atom was founded in November 2025 and focuses on humanoid robots and physical AI foundation models.

   In August 2026, Atom signed a strategic partnership with NSK to jointly validate actuators for humanoids and collect data for physical AI, supporting development and implementation of "domestic humanoids."

4. 4

   Japan to test AI for 119 emergency call handling

   The Fire and Disaster Management Agency plans to launch a model project in fiscal 2027 to use AI in handling 119 emergency calls. The AI-powered speech recognition system will automatically transcribe calls, and related expenses will be included in the fiscal 2027 budget request. The aim is to streamline the process of recording call details and ease the burden on staff amid a growing number of ambulance dispatches. The system will also advise staff on necessary actions based on each call's content.

   AI will also be introduced for the "#7119" telephone consultation service, and the agency plans to test wearable robots for rescue operations and drone-based AI fire detection. In July, the government released an interim report promoting vertical AI implementation in firefighting by 2030.

5. 5

   Hugging Face unveils $399 duck robot Microduck

   Hugging Face's French subsidiary Pollen Robotics announced the bipedal robot Microduck on August 27 and opened reservations at an introductory price of $399. Microduck is positioned as a platform for learning action-based AI, unlike the conversational Reachy Mini. Its small size (25cm tall) makes it safe and affordable for home or classroom use, with open-source software for retraining.

   Shipments are expected before Christmas 2026, initially in North America, Europe, and the UK, with four color options. The software stack, including SDK and learning scripts, is open-sourced under Apache 2.0.

6. 6

   Anthropic unveils MHS to let AI control lab hardware

   Anthropic announced the research preview of Model Hardware Standard (MHS), a common specification for AI agents to safely operate physical devices, on August 27. It is initially offered to select partners in scientific research and advanced manufacturing. MHS was developed with HHMI Janelia Research Campus and allows agents to control microscopes, liquid handlers, and robot arms in parallel. Previously, integrating lab and manufacturing equipment took weeks to months because each device had a different programming interface. MHS reduces this integration effort to hours or minutes by using standard drivers with basic read/write commands, making devices discoverable on a network. Early adopters include Genentech, which automated a protein assay with Claude autonomously optimizing liquid handling and recovering from errors, and Carnegie Mellon University, which ran a dose-response test about 3 times faster, finishing in 8 hours versus weeks if outsourced.

   Anthropic plans to open-source MHS after refining safety evaluations and protections for AI in the physical world. The standard is model-agnostic and works with any programmable device, but currently cannot handle devices without a programming interface. Vendors like AWS, Tecan, Universal Robots, Hugging Face, and Raspberry Pi are adding support.