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The Spoon

Daily news and analysis about the food tech revolution

robots

Soon You Will Be Able to Buy Bubble Tea From a Robot and Pay With Your Face

If having a boba drink made by a robot wasn’t futuristic enough for you, soon you will be able to pay for that bubble tea with your face.

That’s because Bobacino, the maker of eponymous boba-making robots, announced today it has partnered up with PopID to let boba lovers pay for their drinks using facial recognition technology.

The way it works is customers can choose to opt-in and register using the PopID app. The app will scan the user’s face during registration, and from there, they can preorder and pay for the boba tea on the app. The customer can also choose to verify their ID once at the Bobacino kiosk to retrieve the drink. Once scanned, the drink is dispensed.

The PopID app integrated with Bobacino

If this all sounds like technology piled on technology, it is. That said, there’s no doubt biometrics as a form of payment has its advantages. Face-pay and other biometrics do add additional security beyond that of the traditional debit card PIN or even NFC-powered mobile payment, since, after all, it’s tough to fake someone’s face (or retina).

The big challenge for face-pay systems will be convincing some customers to use them. The rollout of face-pay in China raised privacy concerns and left some customers confused by the onboarding process. Because PopID’s system is opt-in, it may sidestep privacy concerns, but the two companies will still have work to do educating customers on the benefits of face-pay.

PopID’s move into automated beverage kiosks is a logical evolution given the company’s early traction integrating with payment kiosks as restaurants looked for ways to mitigate consumer fear about COVID. Last year, the company established its pay-by-face network in Southern California and had since taken it nationwide, riding the wave of interest over in contactless payment.

For Bobacino, partnering with PopID adds one more interesting tool in the toolbox for its operator partners when the company rolls out the machines. Last year, the company said it planned to roll out its machines in the second half of 2021, and they are currently raising funds on StartEngine to help fund the rollout. Bobacino is backed by Wavemaker Ventures, the same fund backing Miso, Piestro (who also partnered with PopID), and other food robotics startups.

You can see what the Bobacino looks like in action (face-pay not included) on the video below:

Bobacino Brand FINAL3

Schnuck Markets to Deploy Simbe Shelf Scanning Robot to All of its Locations

Schnuck Markets announced today that it will be deploying Simbe Robotics‘ Tally shelf-scanning robot to all of its 111 locations across the U.S. This builds on the existing agreement between the two companies, which currently has Tally bots in 70 percent of Schnucks stores.

Simbe’s Tally robot is an autonomous shelf-scanning robot used to monitor a stores inventory. The robot traverses up and down aisles, using computer vision and AI to scan shelves and detect when a product is running low or has been misplaced. Tally can also monitor other issues such as pricing to ensure that sales and promotions are being executed properly.

Validating in-store inventory is more important than ever as people continue to shop for groceries online. Stores need to be more aware of what is in stock to accommodate both in-store shoppers, and customers selecting items online (where they can’t physically see store shelves or ask staff if there is more in the backroom). By automating inventory checks, Simbe says that retailers can get more accurate data and act faster to prevent out-of-stocks. In the press announcement today, Simbe said that Tally enables a 20 – 30 percent reduction in out-of-stock items.

Worth noting is that Schnuck Markets is expanding its use of shelf-scanning robots almost a year after Walmart gave up on them. Last November Walmart made headlines when it announced it was no longer using Bossa Nova’s robots to manage inventory. It was reported at the time that Walmart had found what it considered easier ways of managing inventory than using the robots.

Other retailers, however have put in-store robots to use. Giant Eagle was trialing Simbe’s Tally as well, and Woodman’s Markets was testing Badger Technologies’ robot at its stores across the Midwest.

Coco Raises $36M Series A for Teleoperated Robot Delivery

Coco, a teleoperated robot delivery service, announced today that it has raised a Series A round of funding led by Sam Altman, Silicon Valley Bank and Founder’s Fund.

Launched a year ago, Coco makes a four-wheeled, cooler-sized robot that delivers food and beverages. Coco prepositions its robot at merchant locations in dense city environments, and advertises that it completes deliveries in 30 minutes or less.

Unlike other delivery robots like those from Starship and Yandex, Coco’s robots are not self-driving and are instead piloted remotely. As with Tortoise, another teleoperated delivery robot, by foregoing autonomy, Coco can get to market faster because it doesn’t have to deal with the same state and city regulations around self-driving vehicles.

According to the company’s Careers page, those driving the robots are called “Coconauts,” and Coco is currently hiring remote drivers for Hawaii, Nevada, and Texas. Responsibilities include “Remotely drive a robot: carefully and responsibly” and “Follow a map to and from your destinations.” Under Qualifications, Coco asks that you have a “Reliable, high-speed internet connection,” and “Experience playing racing video games” (hopefully not just Mario Kart).

Coco is raising money at the right time as the food and restaurant world is accelerating its interest in robots and automation. Sweetgreen just acquired the robot restaurant Spyce, and 800 Degrees Pizza will launch 3,600 Piestro-powered robot pizza making vending machines over the next five years.

Robot delivery itself is poised to take off. As Ali Kashani, Co-Founder and CEO of robot delivery company Serve likes to say — you don’t need a two-ton car on the road to deliver a taco. With their smaller footprint, delivery robots can help ease congestion on the road by removing unnecessary full-sized delivery cars. With its new funding, Coco will be able to get its robots on the sidewalks (and provide humans with “driving” gigs), and scale up to more cities sooner than some of its competition.

Forthcoming Tesla Humanoid Robot Will Get Your Groceries, But Should it?

Tesla is working on a bipedal humanoid robot that will get your groceries and take over other “dangerous, repetitive, boring tasks.” Company CEO Elon Musk unveiled Tesla’s robotic ambitions yesterday during the company’s AI Day.

The human-shaped robot will be 5 feet 8 inches tall, weigh 125 pounds and capable of deadlifting 150 pounds. Musk also reassured the crowd that “you can run away from it” and “most likely overpower it,” which are a couple of descriptors that are meant to be comforting but are actually just somewhat unsettling.

Tesla’s decision to go with a human-shaped robot bring up a question I asked last year — “Should food robots be humanoid?” If we are looking towards automation to make our lives easier and create more convenience, wouldn’t more distributed, industrial type machines be better? For example, is it faster to have an android wash dishes individually by robotic hand, or to have a dishwasher appliance clean them all at once? (Obviously the best solution is to have the robot load the dishwasher, but you get my point.)

Think about the grocery example Musk specifically called during his presentation. Fetching your groceries quite honestly seems like it would take longer for a bipedal robot that only moves at 5 miles per hour. Why not just autopilot a Tesla car to the grocery store to curbside pickup the food you ordered online. Sure, Tesla Bots could be useful in loading your trunk, but the car would drive itself back home. To be fair, Musk is a smart guy, so perhaps he meant the humanoid would act more like a house servant and bring your groceries from the car into your house.

But creating a humanoid robotic labor force is certainly more on-brand for the sci-fi inspired Tesla, which is also developing the Cybertruck, which looks like it was pulled from the movie MegaForce. There is theatricality to a humanoid robot, which is the reason some robot startups choose to go with the slower articulating arms. The robotic arms are part of the attraction. Watching an autonomous arm swivel about to make us drinks and meals scratches some basic itch we have to live in the future.

As part of his robot presentation, Musk envisioned a world where robots take over most of the everyday manual jobs that humans currently do. He also said that in doing so, we basically build an infinite labor force. He quickly added that if such a vision were to come to pass, there would need to be a universal basic income for displaced workers. The societal implications of an increasingly automated workforce are complex and need to be addressed sooner than later, but at least Musk is thinking of them now.

Of course, the bigger issue right now is if and when Tesla bots will actually make it to market. Sure, robots can do parkour now, but developing a smart useful robot assistant will take massive amounts of work. But, if anyone can will such vision into existence, it’s probably Musk.

Creator Re-Opens With a New Burger Making-Robot Customers Can Control

Creator, the San Francisco restaurant made famous by its burger-making robot, was among the thousands of restaurants shut down by the pandemic (even though it engineered an awesome germ-free airlock delivery system). But the restaurnt announced today that it is back with a new location in Daly City, California, and that is has a brand new robot that customers can control.

Creator’s new robot is a little different from its first incarnation, offering a new array of functionality. The robot is faster, capable of cooking a burger in less than four minutes (when there are no other burgers in the order queue). It also holds 25 different seasonings and sauces that can be dispensed down to the milliliter. Gone from this version of Creator’s robot, however, are the automated toppings like lettuce, tomato and cheese, which humans will no apply to the burger themselves.

But perhaps the biggest change for Creator’s robot is how customers can interact with it. “We’re going to allow anyone to take control of the robot,” Creator Founder Alex Vardakostas told me via video chat this week. Customers can download the Creator mobile app and tweak the seasonings and sauces to their liking. These settings can then be saved and shared, which allows for someone like a well-known chef to “brand” their own burger program that people can replicate.

Another nice new feature is that when you place an order now, Creator’s system will let you know exactly long your wait time will be before your food is ready for pickup.

In addition to all these front-facing changes, Vardakostas said that there are also a number of back-end improvements to the robot that help with production and growth. “The new system is hyper scalable,” he said, “and way more reliable.” It’s these types of back-end changes that will allow Creator to manufacture robots en masse and expand in different ways. Vardakostas said that Creator’s growth will include a mix of owned and operated locations, licensing deals that still carry the Creator brand, and a white-label approach where the machine is modified for another restaurant’s use.

Despite all this technology, Creator remains a very human-focused eating experience. Vardakostas said his team looked at using ordering kiosks, but decided to stick with human order takers. “For a lot of us, we want to talk to a human,” he said.

Speaking of humans, unlike other restaurants, Vardakostas said that finding and hiring workers has not been a problem. “Labor has been a slam dunk. It’s been super easy,” he said. Part of that Vardakostas attributes to Creator being as much a tech company as it is a restaurant company. “Overall, a lot of people want to move into tech,” he said. But there certainly other factors at play, such as not having to work over a hot grill (since the robot does the cooking), Creator also helps with professional development by paying for things like Coursera classes (though a lot of QSRs offer something like that now). Creator does provide an upward path into the technology/robotics sector, however. Vardakostas said that Creator recently promoted two restaurant workers into its development lab.

Creator is part of a larger movement towards automation in the food industry, which has been accelerated by the pandemic. Robots can work all day without taking break, don’t get sick or injured, and can help free up space for social distancing in the kitchen. As a result, there are a number of restaurant robots either at market or on their way. Miso Robotics’ Flippy is working the deep fryers at White Castle. Hyphen just introduced its new Makeline robot assembly system for Sweetgreen-style restaurants. And Picnic just announced the commercial availability of its pizza assembling robot.

For those in the Bay Area who have not yet tried Creator’s robot-made burger (ed. note: They are delicious), you can visit the restaurant’s new location in the Westlake Shopping Center at 514 Westlake, Daly City.

New Croatian Restaurant Uses Five GammaChef Robots to Make Meals

Typically when we write about food making robots, they fall into either one of two categories: Smaller countertop devices meant for the home, or larger, more industrial robots meant for restaurant kitchens. But a restaurant called Bots&Pots in Zagreb, Croatia, is combining those two ideas and using a number of GammaChef cooking robots to make meals for its customers.

GammaChef, also based in Croatia (and also a former Smart Kitchen Summit Startup Showcase finalist), makes the eponymous robot capable of creating one-pot dishes such as stews, risottos and pastas. The device stores ingredients, dispenses them into the pot, and stirs the food as it cooks. According to Total Croatia News, customers at Bots&Pots choose their meal via touchscreen at one of five GammaChefs inside the restaurant and they’ll be able to see their meal prepared. According to the story, with five robots running, the restaurant can make up to 60 meals per hour. Human chefs at Bots&Pots are also creating new recipes for the robot to “learn.”

We don’t have a ton of other details about Bots&Pots right now. Based on the restaurant’s Facebook page, it appears as though it is in more of a showroom mode, and not quite open to the public yet. A translation of a Bots&Pots Facebook post on August 14 reads “Soon….Zagreb, then the world 🤟😇.” The restaurant also mentions franchising in earlier Facebook posts, so it appears that Bots&Pots is looking to take the concept to more stores in more locations.

What’s intriguing about Bots&Pots is its robot deployment strategy. The restaurant is foregoing one big, self-contained autonomous kiosk (like the DaVinci Kitchen) in favor smaller consumer appliances. This approach could help save money up front, because there is no big installation or training that needs to happen around a large robot. Not needing to build around a big bulky robot also means that as Bots&Pots franchises out, the concept can adapt to just about any real estate because you just plunk the GammaChefs down on some countertops.

Will this be a strategy other restaurants adopt? Could we see other home cooking robots like the Oliver or Nymble’s Julia be used in bulk at eateries? We’ll have to see how the nuts and bolts of Bots&Pots works out.

Q&A: RoboEatz on the Importance of Robotics in Restaurants of the Future

Thanks in part to the pandemic and the changing restaurant experience, there is more interest in food robots these days. While we’re not yet at the point where counters, kitchens, and drive-thrus are fully manned by these bots, there is a steadily growing number of choices when it comes to machines that can speed up and/or smooth out operations, save on costs, and provide a truly contactless meal creation and pickup experience.

One such offering is the RoboEatz Ark 03. it is a standalone kiosk that contains an articulating arm, fresh ingredients (including soups and salad dressings), an induction cooker and cubbies to hold pickup orders. When a customer places an order (via phone or tablet), the robot arm grabs ingredients, places them in the rotating induction cooker, and puts the finished meal container in a cubby.

RoboEatz’ CEO Alex Barseghian will share more on this exciting new world of restaurant tech at The Spoon’s upcoming Restaurant Tech Summit on August 17. As a teaser, we recently got some thoughts from him about restaurant robotics, which you can read below. And if you haven’t already, grab a ticket to the virtual show here.

This Q&A has been lightly edited for clarity.

1. What problem does Roboeatz solve for restaurants/the restaurant industry?

The robot solves multiple things in one system. The ARK 03 can hold 80 ingredients allowing for 1,000 menu items to be made. Anyone from a salad concept to a pasta bar QSR or an Asian restaurant chain can leverage it. It self cleans the entire system and utensils, can dish out meals every 20 seconds and can serve 1,000 meals before it needs replenishment. It reduces waste, makes more consistent and great tasting food and labour shortages are resolved.

2. What is the biggest change in terms of the restaurant industry’s approach towards technology as a result of the pandemic?

There are a number. Touchless interaction is becoming more vital. Everything from digital menu boards, touchless payments and curbside pick have increased in demand during the pandemic. Chains are going to look to automate key areas of the kitchen or replace the whole kitchen to reduce mundane tasks. There is global labour shortage for the restaurant industry and technology is going to be a vital way to solve for that problem. 

3. Where do robotics and automation make the most sense in the restaurant industry (e.g., back of house, standalone machines, etc.)?

They can be either back of house or full standalone systems. The application will depend on the environment. For example, business canteens, student campuses, mining camps, airports and transit hubs can drop in a standalone machine like the ARK03. But if you have a casual fine dining chain with a massive infrastructure, you will take much more of an iterative approach to technology. Test and learn which pain points need to be fixed and automated. Only after can you scale — which takes time and extensive resources.

4. What is the biggest challenge for restaurants right now when it comes to digitization? 

The whole continuum of the journey is a challenge because there are so many aspects to digitization. From the ease of consumer ordering and personalization on the mobile phone to the end point of picking something in store, systems interacting with each other is a very large pain point.  

5. What are you most excited about when it comes to the impact of restaurant technology?

That we, as a society, can rely on is great quality food that is produced safely and without much food waste. We have a profitable model that is scalable for multiple restaurant verticals, from QSRs to managed food service companies with the aforementioned goal in mind.

6. What do you think the restaurant industry will look like in five years?

The fine dining restaurants will deploy automation that is not visible to customers.  Managed food service companies will deploy full systems in multiple verticals they service, especially where grab and go or 24/7 food is needed. QSR chains will have either a full system or have hybrid back of house functions. It is a very exciting time.  

John Deere Acquires Bear Flag Robotics for $250M

John Deere announced today that it is acquiring autonomous tractor driving technology startup Bear Flag Robotics for $250 million. According to the press announcement, “The deal accelerates the development and delivery of automation and autonomy on the farm and supports John Deere’s long-term strategy to create smarter machines with advanced technology to support individual customer needs.”

Bear Flag’s technology turns tractors into self-driving vehicles, allowing them to autonomously complete tasks such as spraying, mowing, discing and rippling. The fact that Bear Flag sold for that much is pretty impressive, considering the company had only raised a total $12.5 million.

But the big price tag is a reflection of the growing importance of automation in agriculture, which is in the midst of severe labor shortages that are getting worse. In addition to being short staffed, farm work is hard work that can involve heavy lifting in extreme heat for long hours, or managing fields in inclement weather. Automation like that from Bear Flag Robotics can run in adverse conditions without needing to take a break or run the risk of getting injured. Additionally, automation and robots can bring about more data and precision to agricultural processes, reducing the amount of herbicides and pesticides used, as well as optimizing fertilizer and water usage.

As is always the case in a market sector when a big acquisition happens, industry watchers will start to guess who the next acquisition target will be. There are actually a number of ag tech robotics startups that could be, well, ripe for picking. Augean Robotics and Future Acres both make autonomous vehicle platforms for farms that are meant to haul crops and gear around. Farmwise makes an autonomous weeding robot. And Small Robot Company makes a trio of autonomous robots to map and zap weeds.

It’s also worth noting that this is not John Deere’s first trip to the farm robot rodeo. In 2017 the company bought Blue River Technology, which made the LettuceBot robot for $305 million.

If you want to learn more about agricultural automation, check out the video from the “Crops and Robots: How Automation is Changing Agriculture” panel we held at our ArticulATE food robotics conference in May that featured Aubrey Donnellan, Founder and COO of Bear Flag Robotics (Spoon Plus subscription required).

Will LG Make a Meal Out of its new Outdoor/Indoor Delivery Robot?

Consumer electronics giant LG unveiled a new indoor/outdoor rover robot at the Ubiquitous Robot 2021 conference yesterday in South Korea. The company aims to test the new robotic platform at the end of this year.

Though a number of Korean news outlets reported the story, there weren’t a ton of details available about the new robot. We know it was developed in conjunction with MIT Associate Professor Sangbae Kim at LG Boston Robotics Lab, and that the four-wheeled robot can adjust the gap between its wheels to adapt quickly to uneven terrain for a smoother ride.

But there are still plenty of questions unanswered questions. We don’t know what level of autonomy the robot has. For example, is it completely self-driving or is it teleguided? Will it be available outside of Korea, and if so, when? What industries is LG looking to sell this robot to? Given the robot’s ability to minimize jostling as it travels, food and meal delivery seems like a no-brainer. Additionally, the Aju Business Daily reported that LG released the following statement along with its new robot: “The integrated next-generation delivery robot is the result of our preemptive response to customers’ increased demands for non-face-to-face services.” Meal delivery was among the first services to go contactless during the pandemic last year, so it makes sense that such delivery would be on LG’s roadmap.

This isn’t LG’s first foray into robotics. In January of this year the company debuted its BaristaBot to serve coffee to workers at LG’s headquarters in Seoul. Last December, the company began using its CLOi robots to make deliveries from convenience stores to people inside its LG Science Park in Seoul. And in July of 2020, LG partnered with Woowa Brothers and the Korea Institute for Robot Industry Advancement to develop robot waiters.

What makes this latest robot more interesting than its previous robo-plays, however, is how it could alter the existing robot delivery market. Startups such as Starship, Serve and Kiwibot have been making robo-deliveries for years at this point, but what neither of those companies have is scale. LG is a giant electronics company that is better equipped to mass produce these rovers and bring their costs down. With its global reach, LG could then sell or lease robots more cheaply than existing robot companies to third-party delivery services (Uber Eats, DoorDash, etc.). You can kind of see a blueprint for such a deal in the recent Grubhub/Yandex partnership. Additionally, a company with the brand recognition and reputation of LG could also help spur adoption from reluctant potential partners and get more robots making deliveries.

NOTE: The LG image featured in this post is via The Korea Bizwire.

Are Robots and Drones the Next Residential Community Perk?

The New Haven in Ontario Ranch residential community boasts 12 acres of private amenities such as parks, a pool, a clubhouse and… robots and drones. That’s right, residents of this “Connected and Convenient Community,” in Ontario, California are getting some sci-fi upgrades that further illustrate how technology is driving a new wave of premium perks for those who can afford it.

Last week New Haven celebrated its grand opening with an event that featured the mayor of Ontario receiving a drone delivery of beer and other goodies from the New Haven Marketplace and the Brew Haven brewery, both of which are located at the community. But this wasn’t a one-off thing. Drone delivery is being baked into the growth of New Haven and will be offered as an ongoing service.

Brookfield Residential, the developer of New Haven, is in the process of building 59,000 news homes and has partnered with the City of Ontario and Airspace link to create a drone-safe and drone-friendly community. An Airspace Link rep emailed The Spoon explaining:

The next phase is to permit a designated take-off and secured landing location with access control for drone delivery operators to provide the services for the local retailers to the community. Final phase will include the deployment of some physical infrastructure to support these operations at scale (surveillance, deconfliction, communications).

But New Haven’s tech ambitions aren’t solely in the sky. In April, the community rolled out Gita, a small robot on wheels that paired with and followed a person around, acting as another set of hands to carry drinks/snacks/whatever. That program seems to have ended in June and we’ve reached out to New Haven to see if Gita will make a comeback.

It’s not too hard to see how perks like drone delivery or a robot assistant could sway people to buy a home in a residential community. Drone deliveries take just minutes so restaurant meals arrive piping hot, which would be a nice option to have on hand. And having a robot carry stuff for you isn’t just convenient, it seems like you could bundle in a robot with the purchase of each home so everyone got their own li’l mobile assistant.

New Haven’s drones and robots are part of a larger movement to include high-tech amenities in high-end residential communities. Cashierless checkout convenience stores in apartment complexes is another perk we’ve seen pop up over the past year, with Aramark and AWM Smart Shelf opening such a store at the Nineteen01 complex in Santa Ana, CA, and Accel Robotics opening up one at the Vantage Pointe high-rise in San Diego, CA. Ghost kitchens could be another amenity if the recent deal between C3 and Akera Living catches on with residents of Kenect communities.

The goal with all these perks to to place them on-site so people don’t really need to leave their community. They can access whatever they need in the comfort of their own compound. In the case of Accel Robotics, offers “last step” delivery so residents don’t even have to leave their apartments to get goods.

Of course, the only way to access these perks is to have enough money to afford a house in a high-end development. New Haven homes range from the $500,000s for townhomes to the high $600,000s for a single family home. It’s certainly nothing new that those with money get first access to modern conveniences, but hopefully tech companies will find a way to be more equitable in distributing their innovations to communities that can actually use such conveniences, rather than just those that can afford it.

Researchers Create Simulator to Help Robots Wield Knives

Robotics researchers from NVIDIA and the University of Southern California (USC) announced today the first differentiable simulator for robotic cutting, or DiSECt for short. This new simulator can predict forces that will act on the knife as it pushes and slices through soft materials like fruits and vegetables.

Your first reaction might be, why do they need all that simulator science when you can just install a sharp blade on a robotic arm and smash it down? That’s certainly one solution, but part of the reason robot researchers like NVIDIA, and Sony and Panasonic all work with food is because food is oddly-shaped, has different textures and is delicate. If a robot can successfully work with soft objects like food, it can carry those techniques over to other applications like surgery (where plunging knives down is frowned upon).

Cutting through food with precision and care is actually quite complex. It requires feedback, adaptation, motion control and parameter setting as the knife makes its way through the object. Additionally, since each piece of fruit or vegetable is unique, the robot needs to adjust its cutting with each new object.

NVIDIA shared with us an advanced look at an article explaining the DiSECt research that was recently presented at 2021 Robotics: Science and Systems (RSS) conference. I’m not going to lie, it is dense and jargon heavy with paragraphs like this:

DiSECt implements the commonly used Finite Element Method (FEM) to simulate deformable materials, such as foodstuffs. The object to be cut is represented by a 3D mesh which consists of tetrahedral elements. Along the cutting surface we slice the mesh following the Virtual Node Algorithm [4]. This algorithm duplicates the mesh elements that intersect the cutting surface, and adds additional, so-called “virtual” vertices on the edges where these elements are cut. The virtual nodes add extra degrees of freedom to accurately simulate the contact dynamics of the knife when it presses and slices through the mesh.

But rather than focusing on the specifics of the research, there are some broader takeaways anyone in food tech can appreciate. First, DiSECt illustrates the continued importance of simulation and synthetic data in training robots. NVIDIA has actually built a kitchen as a training ground for its robots where it uses synthetic data and computerized simulation to virtually teach a robot tasks like identifying and picking up a box of Cheeze-Its. Similarly, DiSECt trains a robot to use a knife through simulation first, which can then be applied to the cutting object in the real world.

Additionally, giving robots added abilities will make them more useful in taking over dangerous tasks like repetitive cutting. Right now, robots in restaurants are frying foods and even making pizzas, but they aren’t doing more highly skilled, precision tasks such as cutting and slicing. A robot can’t get injured while cutting and could bring more safety to restaurant kitchens.

The good news for those interested in this type of cutting-edge research is that NVIDIA and USC are not the only companies doing work in this field. In 2019, researchers from Iowa State University published a similar paper on the intricacies of robot slicing.

DiSECt: A Differentiable Simulation Enginefor Autonomous Robotic Cutting

Rise of the Beer Robots!

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Beer is the pizza of beverage automation.

Previously, I’ve noted that if you want to see the future of food tech, you should look at pizza. From robot assembly to self-driving vehicle (and drone!) delivery to vending machines, pizza tends to be a vanguard for innovation.

Just as pizza paves the way for interesting food technology, beer appears to be the beverage to watch when you want to know where drink automation is heading.

Consider two news bits we highlighted on The Spoon this week:

Part of what makes these two stories of note is that the companies featured are on opposite ends of the spectrum. Hop Robotics is a small, one-man operation that only has one commercial prototype; Heineken is a giant global using robotics basically as a promotional gimmick. (You can enter to win its Beer Outdoor Transporter.) Regardless of their intentions, both companies are looking to make it easier and faster for you to grab a brew.

Hop and Heineken aren’t alone in this endeavor to speed up beer service, as we’ve steadily seen other automation startups come to market. In the U.K., EBar makes big, mobile vending machines meant for events and large venues that will pour a pint in under 30 seconds. The Revolmatic comes out of Poland, and is a countertop machine with a rotating tray that can dispense 450 beers an hour. Macco Robotics in Spain is taking a slightly different approach, employing a humanoid robot with arms to pour your beer in 23 seconds.

All of these machines are meant for events and large gatherings (sports, concerts, conferences) and, when set up in age-restricted areas, can act as unattended beer retail operations. This is helpful in a couple of ways. First, these robots can take over the grunt work of just pouring hundreds of beers an hour. These speedy workhorse machines can help customers spend less time in line for drinks and more time at their event. Automation can reduce overages with consistent, perfectly portioned pours, saving money and reducing waste. These robots also free up human bartenders to focus on more complicated drinks and customer service. And finally, while we are coming out of this pandemic (fingers crossed), venues and retailers will still be looking for and adopting contactless technologies that reduce human-to-human interaction.

Beer isn’t the only beverage getting the automation treatment. Both Rotender and Celia robots are making mixed cocktails, and Botrista just raised $10 million this week for its cloud-connected mocktail and fusion drink dispenser. But I think we’ll see the most automation activity in the beer space. I mean, beer is a huge market. According to the National Beer Wholesalers Association, 2020 U.S. retail sales of beer and malt-based beverages was $100 billion, and that was during a pandemic, when restaurants, bars and stadiums were closed. (Sales were $120 billion in 2019.) And for automation startups, a beer machine is just easier to make because it doesn’t require as many mechanical bits and bobs that are needed to make cocktails (ice, different bottles of booze, mixers, etc.).

Perhaps what’s most fun about Hop Robotics is its size. If one guy in South Carolina can build a working beer robot in his garage, imagine what well-funded companies will create. Whatever the future brings, beer and pizza night will never be the same.

Image via Vegano.

More Headlines

Vegano Launches an All-Vegan E-Commerce Grocery Marketplace in Canada – For now, the service operates in the Metro Vancouver area as well as Squamish and Whistler. The company said it plans to expand to Toronto and Montreal by the end of this year in addition to heading Stateside and launching in Los Angeles.

Czech Online Grocer Rohlik Raises $119M, Its Second Nine-Digit Round This Year – This funding comes just months after Rohlik raised a €190 million (~$230 million USD) Series B round in March of this year. This brings the total amount of funding raised by Rohlik to nearly $380 million.

AiFi and Trigo CEOs Weigh in on When Cashierless Checkout Will Go Mainstream – TL;DR, look for most major cities to have at least one next year, with more saturation coming in ten years.

Farm.One Launches a New Vertical Farming Facility in Brooklyn – The space will grow various microgreens as well as herbs and some flowers. All crops are grown using the hydroponic method and artificial lighting, with plants harvested “hours before delivery,” according to the company.