Restaurant innovation.
Human happiness.
Pioneering Restaurant AI
& Robotic Automation
Baskets cooked by Flippy... so far.
Loading...
Meet Flippy
Powered by Miso’s proprietary and patent-protected AI, Flippy is a ground-breaking, smart commercial kitchen robot that fries items from french fries to chicken nuggets, and works alongside humans to enhance quality and consistency, while creating substantial, measurable cost savings for restaurants.
Currently in the Miso Innovation Lab
In the heart of Pasadena, CA, close to our roots at Caltech, we’ve built a space for Miso to imagine and innovate. It’s more than a lab... it’s a our sandbox of possibilities where we’re defining the future of restaurant AI, data, and robotics.
Including products being developed with our partner and strategic investor, Ecolab.
What People Are Saying
"Flippy joined co-workers today at our Shiloh, Illinois location. This is now the third French-fryer-robot we installed in the St. Louis region. The first couple Flippy’s have been doing great..."
"In Detroit for another successful Flippy-at-the-fryer installation by Miso Robotics. Grateful for the partnership. Team member training this morning and opening for lunch. The team is very engaged and excited to have Flippy join their team."
Latest News
Blog
Restaurant Chains Court Gen Z Workers as Turnover Rates Remain High
Labor expert said brands that use automation might also attract tech-focused Gen Z workers Despite restaurants’ best efforts, the industry is still experiencing triple-digit turnover
April 29, 2024
In the News
Miso Robotics Featured on Spectrum News 1
Miso Robotics has been featured in a recent Spectrum News 1 story, showcasing how our innovative culinary robots are transforming the fast-food industry! At CaliExpress
April 20, 2024
In the News
Miso & CaliExpress by Flippy Star in NBC Nightly News
We’re thrilled to share that Miso Robotics recently featured on NBC Nightly News in a segment that takes a deep dive into the future of
April 14, 2024
Live basket count is approximate forecast based on real data.