Dexai Robotics

Dexai Robotics and the Automation of the Back-of-House

The commercial food service and hospitality industries have faced a compounding crisis: persistent, severe labor shortages coupled with skyrocketing operational inflation. Commercial kitchens are incredibly intense, high-turnover environments where staff spend a staggering amount of their day on repetitive, grueling assembly rather than culinary creativity or hospitality. Yet, historical attempts to automate kitchens required multi-million-dollar overhauls, custom-built conveyor systems, and rigid, factory-like redesigns that are entirely impractical for standard restaurants.  

We backed Dexai Robotics because they recognized that the solution wasn't to rebuild the kitchen around the robot, but to build a robot smart enough to operate within the existing kitchen.

Spun out of the Charles Stark Draper Laboratory by founders David Johnson and Anthony Tayoun, Dexai developed Alfred, an intelligent, food-safe robotic sous-chef. Instead of proprietary dispensers, Alfred utilizes an advanced AI-driven vision system and precise force-control algorithms to manipulate standard, off-the-shelf kitchen utensils—scooping, picking, and portioning ingredients like a human would. Whether navigating mixed hotel pans for complex salad bowls or preventing cross-contamination by automatically swapping allergy-safe tools, Alfred adapts dynamically to the environment in real-time.  

We invested in Dexai because they perfectly capture Hyperplane's thesis of applying physical AI to solve entrenched industrial bottlenecks. Alfred doesn't require a single change to a chef’s menu or a kitchen's real estate. By deploying an adaptable, plug-and-play Robotics-as-a-Service (RaaS) model, Dexai has secured major commercial traction—expanding from regional fast-casual chains to a landmark, multi-location contract with the U.S. Department of Defense to automate military base dining facilities. Dexai is proving that intelligent machines can seamlessly bridge the digital-physical divide, eliminating back-of-house operational volatility while driving unprecedented consistency, food safety, and efficiency.