Robot vibe-coding: Standard Bots' Evan Beard on making industrial robotics an iPhone moment
Key points
Key takeaways from the MTS interview with Standard Bots co-founder and CEO Evan Beard (October 2026):
The adoption gap. Only 6% of US manufacturers have ever tried a robot; Beard argues Standard Bots attacks that on two axes — an iPhone-like out-of-the-box experience and robots capable of automating jobs that previously had too much variability.
Vibe-coding the factory floor. Users describe a task in natural language and the robot programme is generated from a library of thousands of example robot programmes, with the system asking clarifying questions; a winter release scans the environment around the robot so placement becomes fully automatic.
Beyond replay. Roughly 99% of manufacturing robots today only replay pre-recorded motions, so Standard Bots released a vision encoder trained on billions of images that lets operators train object detection and segmentation models quickly, plus a few-shot end-to-end learning mode where a robot learns a task by demonstration.
Who buys. More than 400 distinct use cases span aerospace, automotive, oil and gas and data centres, with over a dozen Fortune 500 customers alongside hundreds of small and mid-sized businesses — from bakeries to warehousing and agriculture.
Traction. The company has grown revenue eight quarters in a row at a 5–10x year-on-year rate and aims to compress delivery from robot-in-box unboxed in a day or two towards minutes, with customers no longer needing outside integrators for installation that once took six weeks.
The 1973 moment. Beard frames robotics as at its 1973 computer-era equivalent, where a hardware-platform shift opens the window for generation-defining companies starting in manufacturing.
Why it matters. Automating existing US factories, not building new ones, is the fastest route to reshoring: factories that automate grow and win more business, robotics lowers the cost of goods, and factory roles become higher-paid jobs overseeing fleets of robots.
Read more: MTS
