Skip to main content

Smoothie-making bot at Walmart signals the rise of the robot fast-food worker

Blendid in Action

You know that robots are going mainstream when they pop up in Walmart. That was the case for startup Blendid which debuted its fourth Bay Area location at the Fremont Walmart in California this week. The kiosk, open seven days a week, allows customers to place contactless orders for a 12-ounce smoothie, which will then be whipped up by an on-site autonomous robot. Each smoothie is made to order, exactly how the customer wants it, within three minutes.

“Consumers use their cell phone to order by scanning a QR code at the kiosk or via the Blendid app,” Vipin Jain, Blendid’s CEO and co-founder, told Digital Trends. “They browse our menu of smoothies made from whole fruits, and vegetables. Once they select a drink, they customize it to their personal taste and health preferences, by modifying the amount of each ingredient as desired. Then they place their order, and Blendid robot gets to work preparing their drink. Once the drink is ready, they receive a text with instructions for a contactless drink pickup. The robot serves the drink to them when they confirm the pickup.”

Blendid
The new Fremont Walmart location in action. Blendid

A robot that can whip up a delicious smoothie would be news at any time, but the fact that it is opening now makes it all the more notable. 2020, as Jain acknowledged, has been an incredibly rough year for everyone. If you’re in the service industry, things are particularly tough — with already declining margins battered by lower foot traffic and less consumer spending. The fact that Blendid is opening its fourth outlet in under two years is impressive (we covered the first one in 2019). It also speaks to the way that robots are becoming a growing part of the service sector.

“COVID-19 is a pandemic that robots were built to help navigate,” Jain said. “Contactless food prep is now a necessity, and it is something that robots inherently deliver. Blendid has seen a tremendous rise in demand since COVID-19 started — and we’re grateful to be in a position to help.”

This is far from the only robot-aided food prep innovation we’ve covered recently. This month, Miso Robotics’ Flippy kitchen assistant robot went on sale. Meanwhile, cocktail-mixing robots and baristas are continuing to make waves (and drinks) while, on the other end of the consumer journey, delivery robots are only going from strength to strength.

Luke Dormehl
I'm a UK-based tech writer covering Cool Tech at Digital Trends. I've also written for Fast Company, Wired, the Guardian…
Robotic rubdown: New robo-masseuse could make its way into your home
Massage robot thumbnail 1

Massage robot demo

Robots are all about automating certain pain points, whether that’s Roombas carrying out the vacuuming in our home or Starship Technologies-style delivery robots grabbing takeout food and bringing it to us wherever we happen to be at the time. A new home massage robot developed by researchers from the U.K.’s University of Plymouth takes this idea of pain points quite literally -- by promising to rub and knead them out of your shoulders and back whenever and however you require.

Read more
This omelet-making robot chef is a sci-fi dream come true
omelette making robot chef

Can robots make omelettes?

Would we think more fondly of the Skynet robot takeover if the Terminators cooked us breakfast first? Researchers from the U.K.’s renowned University of Cambridge are putting that hypothesis to the test (kind of) by training a robot to prepare an omelet -- from cracking the eggs through to plating up the finished dish. And, according to its creators, the robo-omelet actually tastes pretty darn good.

Read more
MIT learns to make robots less clumsy by putting cameras in their fingers
mit csail gelflex robot hand camera gripper can copy

New research from the Massachusetts Institute of Technology could help robots get a literal grip.

Two research groups from the Computer Science and Artificial Intelligence Lab (CSAIL) today shared research to improve grippers in soft robotics, which unlike traditional robotics, uses flexible materials.

Read more