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A few years ago, Chef Robotics was facing potential death.<\/p>\n
\u201cThere were a lot of dark periods where I was thinking of giving up,\u201d founder Rajat Bhageria tells TechCrunch of his six-year-old company. But friends and investors encouraged him so he persevered.\u00a0<\/p>\n
Today, Chef Robotics has not only survived, it\u2019s one of the few foodtech robotic companies that is thriving. The startup, which recently raised a $23 million Series A, has 40 employees and marquee customers like Amy\u2019s Kitchen and Chef Bombay. Dozens of robots installed across the U.S. have made 45 million meals to date, Bhageria says.<\/p>\n
This compares to a graveyard of failed foodtech robotics companies including Chowbotics with its salad-making robot Sally;<\/a> pizza delivery robot Zume<\/a>; food kiosk robot Karakuri<\/a>, and, more recently, agtech Small Robot Company<\/a>.<\/p>\n Bhageria says he saved his company by doing something that early-stage founders fear to do: turning away signed customers and millions of dollars in revenue.<\/p>\n It all began when Bhageria did his master\u2019s degree in robotics at UPenn\u2019s famed GRASP Lab<\/a>. He dreamed of the sci-fi promised world where robots did our housework, mowed our lawns, cooked us five-star dinners.\u00a0<\/p>\n Such a world doesn\u2019t exist yet because engineers have yet to fully solve the robotic grasping problem<\/a>. Training the same robot to wash a wine glass without crushing it and a cast iron pan without dropping it is a difficult task.<\/p>\n When it comes to robotic chefs, \u201cNobody\u2019s built a data set of how do you pick up a blueberry and not squish it, or, how do you pick up cheese and not have it clump up?\u201d he describes.<\/p>\n His original idea with Chef Robotics was similar to the long-list of the robotics startups that died: a robotic line for fast casual restaurants. That\u2019s an enormous industry with a chronic employee shortage.\u00a0<\/a><\/p>\n \u201cWe actually had signed contracts. Like we had multi-million dollar signed contracts. Obviously, we\u2019re not doing this anymore. So what happened?\u201d he said. \u201cWe essentially could not solve the technical problem.\u201d\u00a0<\/p>\n In those types of businesses, an employee completes an order by assembling all the varied ingredients necessary for each meal. These restaurants want robots to replicate that process because the alternative is to have dozens of robots dedicated to, and calibrated for, a single ingredient, some of which may only be used occasionally. (We\u2019re looking at you, anchovies).<\/p>\n But Bhageria and team couldn\u2019t build a successful pick-up-anything robot because the training data doesn\u2019t exist. He asked his potential customers to let him install robots for one or two ingredients, gathering training data and building from there. They said no.<\/p>\n Then Bhageria had an epiphany.\u00a0<\/p>\n Instead of going bust trying to give existing customers what they wanted, maybe he needed different customers. \u201cIt honestly sucked, because I spent the last year and a half of my life trying to convince these people, these fast casual companies, to work up with us,\u201d he recalled.<\/p>\n It didn\u2019t help that fundraising after 2021 was brutal. VCs were also looking at the graveyard. \u201cWe talked to dozens of different funds,\u201d Bhageria said. \u201cWe just got rejected over and over.\u201d\u00a0<\/p>\n Bhageria was thinking of giving up. \u201cYou come home and are like, what am I doing in my life? Am I doing the wrong thing? Should I quit?\u201d he remembered.\u00a0<\/p>\n But he dug in and in March, 2023, raised an $11.2 million seed round<\/a> led by Construct Capital, while also landing checks from Promus Ventures, Kleiner Perkins, Gaingels.\u00a0<\/p>\n Bhageria and team had also found their perfect market, a part of the food industry known as \u201chigh mix manufacturing.\u201d\u00a0<\/p>\n These are food makers that have many many recipes, and make thousands of servings, but typically as meals or meal trays. For instance; salads and sandwiches or main courses and side dishes. These are meals used by airlines and hospitals, etc, or are frozen food meals for consumers.<\/p>\n Rather than one employee grabbing all the ingredients for each meal, \u201chigh mix\u201d employees form an assembly line. Each person adds their individual ingredient to the tray repeatedly until the order is complete. Then they assemble the next recipe.<\/p>\n \u201cIt\u2019s actually hundreds of humans who are standing in a 34 Fahrenheit room, and they\u2019re essentially scooping food for eight hours a day,\u201d he describes. \u201cSo it\u2019s just a terrible job.\u201d\u00a0<\/p>\n Consequently, this industry has chronic labor shortages as well.\u00a0<\/p>\n Robotics wasn\u2019t economically feasible for them in the past\u00a0because of the variety of ingredients involved. But a startup building a flexible-ingredient bot, where the robots are built in partnership with the food maker, works.<\/p>\n Better still, \u201cas we learn how to do this chorizo, or we learn peas, or this sauce, or these zucchinis,\u201d the bots get the real-world training data they need to eventually serve fast-casual restaurants. Bhageria says this is still on his roadmap.\u00a0<\/p>\n Best of all, thanks to VC\u2019s reborn interest in all things AI, fundraising this time was \u201cweirdly\u201d easy, Bhageria says. <\/p>\n Avataar Venture Partners, co-founded by former Norwest VC Mohan Kumar, was specifically looking to fund \u201cAI in the physical world\u201d startups and actually pursued Chef Robotics, Bhageria says. He closed this round in less than a month. Avataar led, with existing investors Construct Capital, Bloomberg Beta, Promus Ventures piling in, among others.\u00a0<\/a><\/p>\n The new funding brings Chef\u2019s total raised to $38.8 million. He also signed a $26.75 million loan from Silicon Valley Bank for equipment financing.<\/p>\n And the process this time was \u201cexhilarating,\u201d he said.<\/p>\n<\/div>\nThe grasping problem<\/h2>\n
Saying no leads to yes<\/h2>\n