Close Ad

The Spoon

Daily news and analysis about the food tech revolution

Topics

Silicon Valley is Betting Big on Home Electrification. Will It Pay Off In The Kitchen?

Connected Kitchen

This week, news of a new home electrification startup hit the wires.

Founded by former Google Ventures partner Rick Klau, Onsemble builds technology to convert electric water heaters into what the energy industry calls a virtual power plant (VPP). VPPs act as aggregators and coordinate between independent distributed energy resources (DERs), such as rooftop solar and electric vehicles, with the electric grid. While Onsemble won’t enable water heaters to generate energy like a solar panel on your roof, the company believes that connecting and coordinating your water heater with the grid will translate to significant savings.

It’s an interesting concept, one that is symbolic of a growing interest within Silicon Valley and the broader technology community around home electrification. This interest has been rising for years, especially in markets like California, where state and local governments have pushed regulations around the construction of residential and commercial buildings mandating electrification. But it goes beyond that, and much of the recent flurry of activity has been spurred by a flood of new money entering the market through rebates that are part of the Inflation Reduction Act.

Other startups that have ridden the home electrification wave over the past couple of years include Zero Homes, which partners with local municipalities to prove a decarbonization pathway roadmap for home electric users to help guide them towards home electrification. Another is QuitCarbon, which provides Bay Area customers with electrification roadmaps that outline the types of electric appliances for their home’s specific electricity infrastructure and help consumers navigate the home rebate process. Similarly, Elephant Energy partners with contractors to help install indication ranges, car EV charging stations, and heat pumps.

And then there’s Impulse Labs, a startup creating induction cooktops that incorporate a battery to help consumers transition to electric kitchens. By including a battery will enable those homes that aren’t wired for an induction cooktop – electric stoves can pull 40 amps at 240 volts after all – enables the homeowner to use one without having to rewire their homes or install a new electric panel. Impulse’s energy-storing cooktops will also serve as another energy storage node – or DER – on the electric grid’s network that can contribute to the collective VPP.

Of all the ideas, Impulse’s strikes me as the most innovative; it provides a solution that is not only about installation planning or falling in line with local building codes, but is an altogether new approach that helps both homeowners and the utility provider by putting a new kind of system (in the package of a conventional appliance) into the network.

There’s no doubt we’ll need more of these approaches as US homeowners, in particular, struggle to sever their strong addiction to gas heating and cooking. The installed base of gas stoves in the U.S. is massive, and there are significant financial and emotional attachments to cooking with fire. By embracing truly new alternatives that offer real benefits (financial and lifestyle), the kitchen electrification movement might actually stand a fighting chance

Sodexo to Deploy SavorEat’s Plant-Based Burger Printing Robot at the University of Denver

Robotics, AI & Data

This week, food service giant Sodexo and plant-based 3D printing specialist SavorEat announced they will be rolling out SavorEat’s 3D printing robot at the University of Denver. The deployment of the SavorEat Robot Chef marks the first deployment of the Israel-based company’s 3D printing technology in the U.S.

SavorEat, which went public on the Tel Aviv Stock Exchange in 2021, has been building its plant-based 3D printing technology for half a decade. The printer, which both prints and cooks plant-based burgers, was first rolled out in Israel last fall through a partnership with catering company Yarzin-Sella. The printer enables customers to customize their burger, choosing the size of the burger, doneness, protein level, and cooking style.

SavorEat, which initially pushed its product’s plant-based 3D printing angle, started focusing on promoting its burger printer as a robotic chef over the last year-plus with the launch of its second-generation platform. The company has published several blog posts hailing the benefits of automation in restaurants and says it plans to help restaurants reduce costs through back-of-house automation.

The partnership with Sodexo was inked back in 2021, and at the time, the two companies indicated they would deploy the plant-based meat printer in 2022. From the announcement:

Sodexo will examine the robot chef system and the first product developed by SavorEat, a plant-based protein burger, within higher education institutions across the U.S. In parallel, both parties are working on reaching an agreement for the distribution of SavorEat products.

In 2020, SavorEat CEO Racheli Vizman told The Spoon that their plans extend beyond food service and that the company would someday build a home-based 3D meat printer.

“That’s our goal,” said Vizman. “Where we can also have, next to a microwave, we can have machines that you know can create a variety of products.”

While you may need to wait a while for the home version of SavorEat’s Robot Chef, in the meantime, you can try out a SavorEat printed burger at the University of Denver’s Rebecca Chopp Grand Central Market in Community Commons starting this week.

Food Tech News: Samsung Heads Into the Kitchen, Robot Meets Artisan Pizza

Connected Kitchen, Robotics, AI & Data

The Spoon is back for another week of food tech news, and this week Michael Wolf and Allen Weiner talk about what’s going on in the smart kitchen, alt protein, CRISPR and more.

Here are the stories we talk about:

  • Samsung and LG play nice in the kitchen, and Samsung launches food app. 
  • MOTO Pizza, where you wait a month for your pizza order, is crazy about Picnic’s pizza robot
  • Pairwise reups partnership with Bayer for CRISPR-based innovation
  • GFI says plant-based meat sales were up in 2022
  • DoorDash is bringing AI to their apps and call centers

As always, you can just hit play below to listen to the podcast, head to Apple Podcasts, Spotify, or listen on your favorite podcast app.

As mentioned in the show, the Spoon is once again leading the charge for food tech at CES, the world’s biggest tech show. If you are interested in showcasing your future food or food tech innovation, head over to The Spoon’s CES page for more info.

Also, on October 25th, we’ll be bringing leaders at the intersection of food and AI together for a day of conversation. Please use the discount code PODCAST for 15% off tickets to the Food AI Summit.

With the Launch of Samsung Food, Samsung Hypes AI & Consolidates Food Features Acquired Over the Years

Connected Kitchen, Robotics, AI & Data

Over the years, Samsung has acquired and launched several products in an effort to become the king of the tech-powered kitchen.

First, there was the launch of the Family Hub refrigerator, the company’s attempt to create a smart fridge built around the company’s own operating system and packed with technology like fridge cams to identify food and help you with your shopping.

Then, there was the acquisition of Whisk, an intelligent food and shopping app that helped pioneer the shoppable recipe space. Whisk had not only amassed an extensive food database, which would ultimately become a foundation for some of Family Hub’s (now Bespoke Family Hub) shopping and recipe capabilities, but it also served up the foundational ‘Food AI’ that is now being pushed to the forefront by Samsung.

Then, there were various attempts to use AI through automation in the kitchen, as the company announced (and never released commercially) different cooking and kitchen-task robots at CES.

And we can’t forget that Samsung also took some of the smart home technology from its SmartThings smart home group (another Samsung acquisition) and paired it with Whisk’s recipe intelligence to create SmartThings Cooking, a guided cooking app.

This leads us to this week, in which Samsung announced what amounts to packaging up this collected knowledge and technology – save for (at least for now) the robotics – into a newly expanded app and platform called Samsung Food. Samsung Food, which the company describes as “a personalized, AI-powered food and recipe platform,” looks like a significant step forward for the company’s efforts to build a centralized digital food management app. It also is a logical move to consolidate much of the collected efforts under the Samsung brand after the company had collected a variety of platforms that served as a foundation for what we see today.

Let’s take a look at precisely what the company unveiled. In the announcement, Samsung detailed four primary areas of activity for Samsung Food: Recipe Exploration and Personalization, AI-Enhanced Meal Planning, Kitchen Connectivity, and Social Sharing.

For recipe exploration, Samsung looks like it’s essentially using what was an already somewhat evolved feature set in Whisk. Samsung says that it can save recipes to a user’s digital recipe box anytime and from anywhere, create shopping lists based on their ingredients, and is accessible via Family Hub. In addition to mobile devices, users can access Samsung Food with their Bespoke Family Hub fridges, which will provide recipe recommendations based on a list of available food items managed by the user and shoppable recipe capabilities.

With the Personalize Recipe function, Samsung Food looks like it builds on the personalization engine created by Whisk and plans to take it further through integration with Samsung Health. According to the announcement, by the end of this year, Samsung plans to integrate with Samsung Health to power suggestions for diet management. This integration will factor in info such as a user’s body mass index (BMI), body composition, and calorie consumption in pursuit of their health goals and efforts to maintain a balanced diet.

The AI-Enhanced meal planning feature looks like a longer-view planning feature that consolidates personalized recipe recommendations, and it will no doubt similarly benefit from the integration of Samsung Health.

With Connected Cooking, Samsung has rebranded and extended the features of the SmartThings Cooking app, adding new devices like the BeSpoke oven and incorporating some of the same guided cooking features.

And, of course, a consolidated food-related platform from Samsung wouldn’t be complete without a social media component. My guess is the Social Sharing feature – which will allow users to share with their community – is the least necessary addition to the app and will ultimately not be all that successful, as consumers will continue to use mainline social apps (TikTok, Instagram, Facebook) for their food-related social sharing.

The company also teased expanded computer vision capabilities in 2024 in the announcement. The company’s Vision AI technology “will enable Samsung Food to recognize food items and meals photographed through the camera and provide details about them, including nutrition information.”

Overall, I’m impressed with the overall cohesiveness and trajectory of what I see in Samsung Food. I think it’s a sign that Samsung – despite having the occasional misstep and strategic vagueness around their food vision – looks like they remain committed to becoming the leader of the future kitchen, something that they started way back in 2016 with the launch of the Family Hub line.

Is IdeaLab’s Bill Gross Building a Food Prep and Delivery Robot?

Delivery & Commerce, Robotics, AI & Data

Every now and then, an interesting patent appears in patent searches that make you wonder exactly what someone’s up to. Now, don’t get me wrong. Patents are issued all the time, and most of the time, a real product or business isn’t created. But when it comes to someone like IdeaLab‘s Bill Gross – an inventor known for creating dozens of products and companies – you have to wonder what he’s got up his sleeve.

First, let’s look at the patent. Granted B1 status yesterday, the patent, US 11738466 B1, is titled “Robot For Preparing And Delivering Food Items” The patent description goes on to describe just that:

The automated food preparation and delivery robot comprises a communications system configured to receive a food order and address from a customer, a navigation system configured to automatically drive the vehicle to the address, and an automated food preparation system configured to prepare food in accordance with the food order while en route to the customer address.

The automated food preparation system is configured to determine a drive time to travel to the customer address, and determine a preparation time to prepare the food in accordance with the food order. If the drive time is greater than the preparation time, the robot waits and then begins preparing the food after a delay substantially equal to the drive time minus the preparation time. In this manner, preparation of the food coincides with arrival at the customer address.

We’ve seen lots of crazy ideas that tie together mobility and cooking, but this is the first one that I’ve seen that is a fully autonomous robotic vehicle and food prep all in one:

The invention in the preferred embodiment is an automated food preparation and delivery robot configured to prepare food orders while en route to a customer address, without the aid of a person on the vehicle. The automated food preparation and delivery robot comprises: a vehicle, a communications system configured to receive a food order and address from a customer, a navigation system configured to automatically drive the vehicle to the address; and an automated food preparation system configured to prepare the food in accordance with the food order while en route to the customer address and dispense the food upon arrival.

Here’s a figure from the patent that outlines the sequence of processing a food order:

Definitely ambitious and kinda crazy, especially considering past venture-funded ideas that combines food, automation and mobility haven’t exactly been successful at this point.

On the other hand, this is Bill Gross, a well-known inventor and successful entrepreneur. And since Gross, who runs one of the longest-running Silicon Valley technology incubators around, is listed as the sole inventor on the patent, my guess is this is an idea he’s at least somewhat invested in.

Still, it’s yet to be seen whether or not he’s planning on productizing the concept. Like I said, most patented ideas remain just that, ideas. But given Gross’s history of both founding successful companies and a deep interest in robotics – he was a co-founder of Evolution Robotics, a maker of cleaning robots acquired in 2012 by iRobot – it’s worth keeping an eye on.

I’ve reached out to Gross for comment, and I’ll let you know what I hear.

Delivery Giants DoorDash and Uber Eats Join The Rush to Integrate AI Into Ordering Platforms

Robotics, AI & Data

Over the last six months, we’ve watched as seemingly every quick-service restaurant chain jumped on the AI freight train, integrating new generative AI technology into apps, chatbots, and voice ordering tools to expedite the customer experience.

Now, it looks like food-ordering platforms DoorDash and Uber Eats are taking their turn to roll out AI tools.

This week we learned of DoorDash’s AI-powered voice ordering, which the company is rolling out as part of its merchant solutions portfolio. At first available in select markets, the new AI voice agents will be the first point of contact for restaurants leveraging DoorDash’s white-label voice-order platform. The company says AI voice ordering can take orders in different languages.

The AI will be trained on each operator’s menu and make personalized upsell recommendations. DoorDash makes clear that live human agents will be standing by to jump in if additional support is needed.

And, courtesy of Bloomberg, we also learned this week that Uber Eats is working on a new AI-powered chatbot for its food-ordering app. Techcrunch writes the new AI chatbot will ask users about food budgets and preferences and help them place an order. The Uber Eats AI chatbot news comes a month after DoorDash confirmed it is also working on an AI chatbot.

The news of AI-powered tools by the two delivery giants comes after a string of AI rollouts on the quick service front. This spring, Wendy’s announced it was working with Google to develop an AI for its drive-thru called FreshAI, and early this month, White Castle announced it was working with SoundHound to develop a drive-thru AI.

As I mentioned in my writeup of the food AI workshop ethics workshop, one of the first areas I expect to see AI and automation impact food is on the front lines of quick service. The historically low pay and high turnover for these jobs make them low-hanging fruit when it comes to AI tool integration, particularly for order taking, which is often the biggest bottleneck and the most easily automated part of the entire food purchase process.

We’ll be talking AI and how it will change the restaurant business at our Food AI Summit on Oct 25th in Alameda. Get your ticket today to join the conversation!

Food Robots Everywhere: Starship Hits Fifty Schools While Yo-Kai Aims for All Fifty States

Robotics, AI & Data

Just in the last day, two food robot startups have shared some deployment data that make clear they – and the broader space – appear to be getting some traction.

First was the CEO of Yo-Kai, Andy Lin, who shared a map of the American cities in which Yo-Kai ramen kiosks are deployed:

When I followed up with a question about exactly how many locations and cities, Lin told me, “26 states, 127 locations.” He also said the company hopes to have Yo-Kais in all fifty states soon.

Impressive momentum, and it doesn’t even include the company’s presence in Asia and Europe.

Next up was Starship, which put out a news release this morning with updated college campus rollout numbers. According to the company, Starship sidewalk bots will traverse the campuses of 50 universities this fall – 20 more than last fall – including new schools like Wichita State University, Boise State University, and The University of New Orleans. The company says it now has a fleet of over two thousand sidewalk rovers and operates in over half of the US states.

The company also announced it is introducing wireless charging this year, which will allow the Starship bots to roll up to charging stations, connect, and charge, all without a human, using the same basic technology many of us use to charge our smart watches or iPhones with nowadays.

You can see the Starship charging stations in the video below:

Interestingly, the Starship numbers dwarf publicly available numbers from Serve, the spinout from Uber that said in its filing to go public via reverse merger that it currently has a fleet of about 100 sidewalk delivery bots.

While the past year has been a challenging one for food robots, the recent updates from Yo-Kai and Starship and Serve’s recent filing to go public show there is some hope for the market despite the difficulties of running complex and capital-intensive food robotics businesses.

How Mini Melts Built a $150M Beaded Ice Cream Business With a Nationwide Network of Automated Kiosks

Robotics, AI & Data

If you’re like me, you’ve probably bought a beaded ice cream at your local ballpark or fairgrounds during the dog days of summer. You know the kind, that ice cream that comes in tiny cryogenically frozen balls that melt as soon as you scoop a spoonful into your mouth.

My experience with beaded ice cream has been primarily with Dippin’ Dots, but today there are also a number of other beaded ice cream brands out there, the biggest non-Dots alternative being Mini-Melts.

After getting its start in Europe in the 90s, Mini Melts landed in the US a couple of decades ago when a one-time Dippin Dots distributor bought the North American rights to the beaded ice cream brand. After successfully withstanding a legal challenge from Dippin’ Dots, Mini Melts ice cream can be found nowadays across the country, sold primarily through automated kiosks that store the ice cream at negative 40 degrees Fahrenheit.

The company grew from a single kiosk in 2005 to over two thousand in the field today, but the journey to wide availability was a winding one. After experimenting with a few different kiosks in the initial years, the company started working with a single third-party vendor to build the machines from 2009 to 2019. After a decade of tinkering and adapting machines, they decided to build their own robotic kiosk starting in 2019.

Recently I caught up with Mini Melts USA CEO Dan Kilcoyn to hear the story of how the company went from a Dippin’ Dots alternative available at a few storefronts to building out a network of over two thousand automated kiosks that collectively serve beaded ice cream to the tune of 30 million servings and an estimated $150 million+ in sales per year.

So how did you first roll out Mini Melts in the US?

So we used to run physical retail locations mainly in shopping malls. In 2004, we started to get out of those retail locations, and we wanted to test the automated kiosk concept. We started with one kiosk. Unfortunately, we didn’t really know what we were doing at the time. So rather than read the manual, we essentially broke the first one, but it was a good learning experience for us, and we kind of built upon that to the kiosk that we have today.

Initially, you used a third-party kiosk?

Yes. We started with a couple of different third-party options that were out there, but some just didn’t work from a temperature perspective. We really needed to make sure that we could have our remote telemetry and we have a probe that downloads our sales information as well. So we tried a couple of options. From 2004 to 2009, it was all very experimental. Then when we were with one supplier from about 2009 to 2019 before they ultimately went out of business.

So in 2019, your third-party supplier goes out of business. Was it at that point you started developing your own kiosk?

You know, while we were taking these different third-party units, we were doing a lot of the work ourselves to make it work for Mini Melts. So prior to 2019, we started to ask, ‘What would this look like if we wanted it to be our own kiosk?’

What were the key considerations?

We wanted to know what was important to the location. Most of our locations are high-traffic tourism locations like zoos, aquariums, and theme parks. And they traditionally focus on face-to-face retail. So when we started initially with the vending machines, there was a pretty steep hill to climb because typically, if someone is at a location, they expect to be served by another human being. As we started to really hit our stride in 2019, we needed to make sure that the kiosk held the right amount of units because, in a given day, we could sell 200 or more cups of Mini Melts.

Was accommodating different forms of payment a consideration?

By 2019, we saw that our consumers really shifted from a cash-based system to credit card payment, Apple Pay and Google Wallet. So we really needed to make sure that the board on our machine was able to accept all that changing payment dynamics.

How did customers pay in the past compared to today?

In 2005, about 5% paid with credit cards. By 2019 it was 50%. Today it’s 60%. in 2019, mobile pay was less than 1%, and today it’s about 5%, growing by 2% every year.

Where is your ice cream made?

So when we started out, we started in the Philadelphia area, originally, and our manufacturing facility is in Connecticut.

And that one facility serves the entire country?

Yes. What we’ve built is we have 23 distribution centers across the US. It’s our own team that’s in 23 cities across the US. It’s our trucks, our technicians, and they’re going in and handling everything from the manufacturing of the product all the way down to the retail of the product.

How do you get the ice cream across the country?

We have negative 40-degree tractor-trailer units that we own, and we pull the tractor-trailers to our depots.

Your new kiosks remind me of a game I’d see at Chuck E. Cheese. How do they compare to the older machines?

The new ones definitely more like the claw-style game that you’re referring to. The only difference is there’s a prize every time you don’t have to worry about the robot missing. The old units are either the traditional kind of a bunker freezer where one would slide up and you would just remove a unit out, or it would work off of like a pulley system.

What is the mix of new vs old machines in the field?

About fifty-fifty.

And have you updated the old machines?

Yes. We went back and retrofitted all of the legacy kiosks in the field to make sure that they were able to take the payment systems and kind of upgrade everything from a technology standpoint.

What are some examples of locations for your kiosks?

We’re at the National Zoo in Washington DC, Philadelphia Zoo, Mystic Aquarium, Georgia Aquarium. Larger family entertainment centers would be Dave and Busters. Round One, Urban Air and Sky Zone Trampoline Parks. We’re at college campuses, a lot of rest stop areas, nontraditional retail locations.

Any one that is trending up at the moment?

Interestingly enough, our rest stop business is starting to kick up more as they add more electric vehicle chargers, because those guests tend to stay longer because they’re charging for longer. We see that there’s more of a need for retail there.

Thank you for your time.

You’re welcome.

You can watch the Mini Melts kiosks below in a video provided by the company.

The Mini Melts Automated Kiosk

Barsys Makes Case For Adding Style to Bartender Robot Category With the Barsys 360

Robotics, AI & Data

Home cocktail-making appliances have gone through lots of phases since we started writing about them in 2016. We’ve seen everything from pod-based systems from Bartesian and Drinkworks to DIY approaches like those from MrBar.io to cocktail robots with names reminiscent of 80s hip-hop artists.

And, if we’re honest, most don’t look that interesting, either presenting as something of an after-dark Keurig or a mini version of the restaurant bar dispensing system.

In other words, cocktail bots nearly always focus on utility over design.

But should that be the case? I mean, shouldn’t home appliances, especially ones focused on entertaining and leisure, actually look good? Barsys, a company that’s been making bartending appliances for the home for the past five years or so, is trying to make precisely that case with its latest product, the Barsys 360. With an interesting-looking ring-shared design allows the cocktail glass to sit within as various ingredients are dispensed from overhead, the Barsys 360 is a significant departure from any home cocktail appliance we’ve seen here at the Spoon

In fact, at first glance, it looked a little heavy on design over function, as I wasn’t sure exactly where the machine’s liquid chambers were located or how to get the liquid inside. According to the specs, it has six, and the company assured me they all sit within the 360’s ring itself. Spirits and mixers are added into the 360 via three holes at the top, using a small adapter called the “spirit funnel” seen in the rendering below. According to the company, each of the six liquid canisters can hold 900 ml in each canister (about 4 cups).

The new Barsys360 looks much different than the previous Barsys 2+, which looks like a 3D printer with a bottle-dispenser mechanism on top. The 360 also comes with a significantly lower price tag (although I’d hesitate to call the 360 cheap) at $475 for pre-orders.

With the 360 succeed? Hard to say, mainly because outside of Bartesian, the home bartender bot market has proven to be a tough market in which to gain traction. Part of the problem is most consumers have a couple of go-to cocktails they like, and, for the most part, they know how to make them. For these folks, introducing a relatively expensive machine to automate the process may seem like an unnecessary step.

However, by focusing on design and something that might look good in the kitchen or entertaining room, Barsys hopes to appeal to craft cocktail nerds who want to add a little technology-powered flair to their cocktail-making routines. And, unlike the pod-based machines, they are removing any need to rely on proprietary supplies from a startup (another big red flag for this category in the mind of consumers).

If you’re interested in a 360, Barsys is launching pre-orders this week. If you do buy one, make sure to let us know how it goes.

You can watch the hero reel video provided by the company below:

Sidewalk Delivery Startup Serve Robotics To Go Public via Reverse Merger

Robotics, AI & Data

Serve Robotics, the sidewalk delivery robot startup that began life as a research project within Postmates called X, is going public via reverse merger, The Spoon has learned. The news, first reported in Techcrunch, marks one of the first exits for a food automation startup and the first known exit for a sidewalk delivery automation startup.

According to Techcrunch, Serve is going public via a reverse merger with blank check company Patricia Acquisition Corp. Ahead of the reverse merger, which was completed earlier this month according to filings with the SEC, raised $30 million from existing Uber, Nvidia, and Wavemaker Partners.

The news is a rare bright spot in a tough stretch for food automation startups. Companies shutting down or laying off employees has become commonplace over the past 12 months as venture capital funding dries up, with hard-tech sectors like robotics getting hit especially hard. Basil Street Pizza, Pazzi, Chowbotics, and Creator have called it quits over the past year, while others like Picnic have had to lay off employees as they struggle to raise additional capital.

The journey from a skunkworks project to a publicly traded company has been quite the journey for Serve. Initially debuted in pretty much the same form factor as today’s big-eyed delivery bot in 2018, the Serve robot has gone from a Postmates project to a division within Uber to spinout to becoming a public company in the space of five years.

Company CEO Ali Kashani has been along for the entire ride, first serving as Postmates head of special projects in 2017 when Serve was first incubated within X, then serving as head of robotics at Uber, and later becoming CEO of the Uber spinout. And as of this month, Kashani is becoming CEO of a publicly traded company delivery automation startup.

Take a Peek at TechMagic’s Robot Ramen Restaurant in the Heart of Shibuya

Robotics, AI & Data

Last year when I visited Tokyo, I ate at a fully robotic pasta restaurant called E Vino Spaghetti. from a Japanese startup called TechMagic.

Built by a Japanese startup TechMagic, the restaurant’s pasta robot was able to make a plate of pasta in less than two minutes from the time an order was sent in via the digital order kiosk. The robot prepped the sauces and toppings, heated the noodles (which are pre-cooked and frozen, standard for noodle and pasta restaurants), combined it all in a spinner, and then delivered the meal down along a conveyor belt to the plating station where a human added final garnishes and did a final quality check. The machine also cleaned the prep bowls when it was done.

Building an almost entirely automated restaurant that pumped out a place of pasta in less than two minutes was an impressive trick for a young startup for TechMagic, so much so that I suggested that maybe when I returned to Japan this year for Smart Kitchen Summit Japan, the company may have another robot restaurant in Tokyo to show off.

And lo and behold, they did! The latest restaurant powered by a TechMagic is called Oh My Dot, an automated ramen noodle restaurant in the Shibuya district. The way it works is you order your ramen via a touch screen, choosing from a variety of different flavors ranging from sesame to spicy hot soup to curry. Once your order is entered, the robotic arm starts picking up the flavor modules and dropping them into the ramen cup. From there, the broth and noodles are added, and the last stop for the cup of hot ramen is with the human server to add garnishes and make a final quality check before it’s handed over to the customer.

You can watch it all below in a video shot by The Spoon’s Smart Kitchen Summit Japan partner, Hiro Tanaka:

As I wrote last year, the idea to build food robots first came to TechMagic founder Yuji Shiraki when he visited his 90+-year-old grandmother. Shiraki saw she could not cook for herself and so started to think about how a home cooking robot might help her. However, he soon realized that Japanese kitchens were too small to build the type of robot he envisioned, and he started thinking about building robots for restaurants. It wasn’t long before he quit his job as a management consultant and founded TechMagic.

That was five years ago. Since then, the company has raised $23 million in funding (including a $15 million Series B last September), received a patent for its pasta-making robot, and plans to create its own chain of robot-powered franchise restaurants.

In addition to the ramen robot restaurant, the company also was showing off a new stir fry robot, which you can see below (also shot by Tanaka).

Vebu Scores Deal (and Investment) With Chipotle to Trial Avocado Processing Robot

Robotics, AI & Data

Last week, Mexican food fast-casual chain Chipotle lifted the curtain on a new avocado processing robot called the Autocado. The new prototype robot, developed in partnership with food robotics innovation studio Vebu, will slice, core, and peel avocados before human hands mash them into Chipotle’s famous avocado dip.

The robot is being trialed at the Chipotle Cultivate Center in Irvine, California. According to Chipotle, the new machine could potentially cut guacamole prep time by 50%, which they say will help restaurant staff concentrate more on customer service and hospitality.

The Autocado works by having an employee load it with a case of ripe avocados, up to 25 lbs at a time. Each avocado is then vertically oriented and moved to the processing device, where it is halved, cored, and peeled. The flesh of the fruit is gathered in a stainless-steel bowl, ready for manual mashing and seasoning.

If Chipotle decides to deploy the Autocado widely across its restaurant locations, it could save a significant amount of person-hours that the chain spends each year producing guacamole. Chipotle expects to use 4.5 million cases of avocados across its US, Canada, and Europe outlets this year, the equivalent of more than 100 million pounds of fruit. The company believes the cobotic’s precision processing could increase yield and reduce food waste, leading to significant cost savings.

For Vebu (formerly Wavemaker), the deal is a nice feather in its hat for a company best known for the Flippy burger robot. Chipotle announced they would invest in Vebu through its Cultivate Next venture fund as part of the deal. This isn’t the first robot-oriented investment for Cultivate Next, which has invested in Hyphen, a maker of automated makelines for restaurants.

You can check out the Autocado in action below.

The Chipotle Autocado Avocado Processing Robot