Video Friday: Digit Redecorates

Welcome to Video Friday, your weekly roundup of the most captivating robotics footage from around the web. This week, we spotlight a humanoid robot named Digit as it takes on interior design—rearranging furniture with impressive autonomy. But that's not all: our selection also includes robots that grip like koalas, perform medical triage, run restaurant kitchens, and harvest grapes with precision.




Digit Redecorates


In the lead video, Agility Robotics' humanoid Digit is shown assisting with household chores—moving an orange couch across a modern living room while a person looks on. This demonstration highlights Digit's growing capability to handle physical tasks in unstructured, human-centric environments, a key milestone for 2026 as humanoids transition from research labs to real-world homes and workplaces.




This Week's Standout Robot Videos


  • Koala-Inspired Gripper: Engineers have developed a robotic gripper that mimics the gentle but tenacious grip of koalas, enabling secure handling of delicate objects without damage.
  • Robotic Triage: In a medical simulation, a robot performs triage, swiftly assessing patient conditions and prioritizing care—an innovation with potential for disaster response and emergency rooms.
  • Restaurant Robotics: A fully automated kitchen crew demonstrates how robots can run a restaurant end-to-end, from cooking to plating, promising to reshape the food service industry by 2026.
  • Grape Harvesting: Agricultural robots show precise grape-picking skills, reducing labor costs and minimizing fruit damage during harvest season.



Why It Matters


As 2026 approaches, these videos signal a broader trend: robots are becoming more dexterous, adaptive, and integrated into daily life. Whether tidying a couch or picking grapes, they are no longer confined to factory floors—they are learning to navigate the messiness of the real world. Stay tuned for more breakthroughs in the weeks to come, and don't forget to share your favorite robot videos with us!

via IEEE Spectrum Robotics

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