New Warehouse Robot Slows Down When People Get Close
Agility Robotics showed off Digit 5 on September 15, 2026, its first human-like robot made to work safely right next to people. Agility Robotics The Oregon-based company shared the news in a press release. The system is built for close work with people.
How it stays safe
The main claim is safety without cages. Agility says it has solved the problem of factory robots posing a safety threat to workers. MarketWatch Digit 5 uses special sensors to spot nearby people and slow down. It works like a car that slows when someone steps close.
The safety system relies on computing. The NVIDIA IGX Thor platform is a central part of the Digit V5 safety design. Agility is working with NVIDIA to use it. Agility Robotics
The business behind it
Digit is not a lab test. Agility makes human-like robots that carry boxes called totes in warehouses. It says Digit has 65,000 hours of real production experience. Fleets are run on Arc, the company's online system for running many robots. The company cites over a decade of making tools for repetitive and difficult work.
The launch runs alongside a stock-market deal. Agility plans to go public by merging with Churchill Capital Corp XI, a blank-check firm. That is a listed shell set up to take a private company public. Reuters
The planned listing values the company at $2.5 billion. AP Peggy Johnson is chief executive. Bloomberg Papers on the merger are on the company's Investor Relations site.
Agility says it has more than $300 million in multi-year orders for Digit v5. Those orders depend on meeting certain contract goals. So it is future business tied to delivery, not money already earned.
The broader context here is why safety changes the business. Most factory robots work inside cages. Cages keep people safe but take space and cut flexibility. A robot that slows near people can keep working.
In my view, for ordinary savers, watch what turns into cash. The $300 million is a promise, not revenue. And the $2.5 billion price will rest on proof: safe hours worked, how often the robot needs help, and cost per box moved.
