Meet Flourish One, the Raspberry Pi-powered humanoid built for busy parents

therobotreport.com Sep 30, 2026

Meet Flourish One, the Raspberry Pi-powered humanoid built for busy parents

Curated by Shubham · TechCapsules · Sep 30, 2026

AI-summarised brief · reviewed before publication

Flourish One, a $3,555 wheeled humanoid robot, is now available for purchase. The San Francisco‑Paris startup targets busy parents, offering a smartphone‑based training interface that lets users teach chores in under 30 minutes. Built on a Raspberry Pi, the robot uses cloud GPUs for AI training and features six wheels, two 1.5‑kg arms, a small lidar, and wrist‑mounted cameras. The first 50 units will serve as a proving ground for home‑specific, fine‑tuned domestic robotics.

💡 Why It Matters

· By focusing on individualized household tasks rather than factory automation, Flourish One could pioneer a new market segment where robots adapt to each home’s unique routines, potentially reshaping domestic labor.

Read full article on therobotreport.com

ForceN to give a crash course on force and torque sensing for…

ForceN will host a session titled “A Crash Course in Force & Torque Sensing for Humanoids” at RoboBusiness 2026 in Santa Clara, Calif., on October 20. Founder and CEO Robert Brooks will present at 2:15 p.m. PT, drawing on three years of experience with leading humanoid manufacturers. The talk will cover practical applications, durability strategies, and best practices from surgical, logistics, and field robotics, aiming to accelerate humanoid production and field readiness. The event is part of RoboBusiness’s broader focus on commercial robotics innovation.

💡 By sharing proven sensor integration techniques, ForceN equips developers with tools to enhance humanoid dexterity, directly addressing the growing demand for robots that can safely manipulate both heavy and delicate objects in industrial settings.

fastcompany.com · Sep 29

Hundreds of robots are roaming this Chinese theme park. It’s only the…

AgiBot, a Chinese robot maker, deployed over 300 autonomous humanoid robots at Chimelong Spaceship Park in Zhuhai, marking the largest public robot rollout in China and far surpassing Western deployments. The fleet, built in partnership with Chimelong Group and China Mobile, roams park walkways and hotels, engaging families, playing table tennis, performing martial arts, guiding visitors, and checking guests into rooms. The robots operate outside fenced attractions, integrating fully into the visitor experience. This experiment provides extensive real‑world data on embodied AI, informing future applications in retail, healthcare, and beyond.

💡 The scale of this deployment offers a rare, large‑scale testbed for embodied AI, revealing how autonomous robots navigate complex human environments—insights critical for advancing safe, practical AI integration across society.

indiavision.com · Sep 29

The Next Evolution of AI Is Learning From Your Dodgy Gaming Skills

A British technology firm has introduced a novel AI training method that uses data from millions of video game players to teach machines real‑world navigation. By analyzing every keystroke, mouse movement, and controller input, the system extracts patterns of human decision‑making, reaction times, and environmental interaction. This approach offers a cost‑effective alternative to traditional robotic data collection, providing diverse virtual scenarios that mimic unpredictable real‑world challenges. The AI learns not only actions but the underlying reasons and outcomes, enhancing spatial reasoning, obstacle avoidance, and goal‑oriented movement for applications such as autonomous vehicles, drones, and robotics.

💡 Harnessing the chaotic creativity of gamers turns entertainment into a scalable, low‑cost data source that could accelerate the deployment of safer, more adaptable autonomous systems.

nypost.com · Sep 29

Creepy walking robo-hand brings ‘Addams Family’ to life. ‘Could make future bots…

A Swiss team from ETH Zurich’s Soft Robotics Lab unveiled a mobile robotic hand inspired by the “Addams Family” sidekick, the Thing. The hand can walk across diverse terrains—grass, wood, stone—while performing fine motor tasks such as moving blocks, typing, and solving Sokoban puzzles. Equipped with a battery, onboard computer, and sensors, it demonstrates autonomous navigation and object interaction. The researchers suggest that giving robotic hands independent mobility could enhance assistive devices for people with limited reach and broaden robot versatility in human environments.

💡 By granting a robotic appendage self‑mobility, the project opens pathways for more adaptable assistive technologies and expands the functional scope of robots beyond fixed platforms.

interestingengineering.com · Sep 29

Boston Dynamics eyes 25,000 Atlas rollout as it begins robot testing at…

Boston Dynamics has inaugurated the Robotics Metaplant Application Center (RMAC) at Hyundai Motor Group’s Metaplant America campus near Savannah, Georgia, to pilot its humanoid robot Atlas on factory floors. Hyundai plans to deploy 25,000 Atlas units across global Hyundai and Kia facilities, aiming for full autonomous component assembly and heavy‑load labor by 2030. Atlas can lift 50 kg, run for four hours, and swap batteries autonomously. The partnership seeks to scale physical AI, improve supply chain efficiency, and enhance worker safety in automotive manufacturing.

💡 The collaboration signals a decisive shift toward large‑scale humanoid automation in mainstream industry, moving robots from laboratory demos to everyday production lines.

techtimes.com · Sep 29

Tesla Optimus Production Hit Two Walls: Robot Hands It Cannot Build, Workers…

Tesla’s attempt to mass‑produce its humanoid robot, Optimus, has stalled on two fronts. Workers at Fremont and Austin declined to wear motion‑capture suits for training data, fearing eventual replacement, prompting Tesla to relocate data collection to dedicated hubs. Simultaneously, the V3 hand—responsible for 60% of engineering difficulty—requires sub‑millimeter tolerances that standard automotive assembly equipment cannot meet, leading to frequent rework and unreliable touch sensors. The company’s modular sensor fix does not resolve the core assembly inconsistency, highlighting a gap between automotive and robotics manufacturing.

💡 The hand’s precision bottleneck exposes the limits of existing production lines for advanced robotics, while worker resistance underscores growing labor concerns over automation.