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food robots

February 11, 2019

ArticulATE Q&A: BreadBot’s Human Boss on What Consumers Crave and Stores Want

Surprisingly, two of the biggest stories out of this years’ Consumer Electronics Show (CES) weren’t about TVs or drones, they were about… food.

On the one hand, you had Impossible impressing with its new meatless burger. And tucked away in the South Hall of the convention center, a bread-making robot was busy baking loaves and grabbing headlines.

BreadBot is basically a mini-bakery that can autonomously make just about any type of dough-based bread (white, wheat, sourdough, etc.). BreadBot makes 10 loaves of fresh bread an hour that consumers take home basically straight out of the oven.

After seeing the BreadBot in action, we knew we wanted them to participate at Articulate, our upcoming food robotics and automation conference in San Francisco. Randall Wilkinson, CEO of Wilkinson Baking Company, the company behind the BreadBot, will in fact be speaking at Articulate. Before he takes the stage, though here’s a recent Q&A The Spoon did with him that will give you a sneak peek at (some of) what he’ll be talking about at the show. (The Q&A has been lightly edited for clarity.)

THE SPOON: What is the BreadBot go-to market strategy? How do you see it being deployed?
RANDALL WILKINSON: We see a number of different areas that the BreadBot would fit into. Clearly the greatest volume of bread in the country and worldwide is sold in grocery and retail, and that is our strategy. We have three of the top five grocers in the U.S. that will be starting pilot test projects in the second quarter of 2019. In those stores BreadBot will typically be an installation in the perimeter of the store to engage the customer to give them the fresh bread they are looking for. But foodservice delivers a lot of bread in all sorts of institutions (airlines, etc.), also the military. The U.S. Navy was one of our first customers, using it for service the sailors and soldiers.

What are the advantages of using Breadbot? What is your pitch?
The most important thing for a retailer is that they provide what the customer wants. And forever what the customer has wanted fresh bread at a reasonable cost. More recently, the awareness of the use of preservatives, artificial ingredients, etc., have been a concern and so the healthiness of bread has been important. That includes the concern over the sugar that is added to bread unnecessarily to compensate for the lack of freshness. And there are also concerns that the consumer has about supporting local production, and not congesting the highways with trucking things in and the environmental impact that those things have. So all of those are concerns that consumers have.

But at its core, [consumers] want a lot of taste for value. And so BreadBot first of all delivers on the consumer’s desire for fresh bread, and the engagement of being able to transparently see their bread being made, to take home the loaf of bread they saw come right out of the oven, to engage in the store with the aroma and the tactile senses of taking your own warm loaf home. The halo of that sort of thing extends to the whole store and so stores are very much interested in that.

All of those are good reasons for a store [get a BreadBot], but what makes BreadBot even more compelling for a retailer is that the production in the store eliminates the distribution costs of the light fluffy loaves from central factories to the thousands of store shelves, which turns out to be a very expensive thing to do for merchant bakers. And if you do that production at the store, you save a lot on the production and distribution of that bread and that either becomes dramatically higher profits for the store or a more competitive position for the store being able to sell a premium loaf of ultimately fresh bread at a lower cost than the competition.

The BreadBot was a hit at CES. It seems like, pardon the pun, theatricality is baked into the BreadBot, so you want this to be front of the house for people to see?
Yes, absolutely. All of the grocers we’re talking with are facing the challenge of engaging their shoppers. What reason is there to come to the store when they can order online? So the stores are very much interested in what they can do to delight and engage their shoppers.

You know, bread has been dying or stagnant category for retail for decades. And the casual observer would think that for us coming to CES with an announcement about bread would be just about as ho-hum and unremarkable and announcement as one can imagine. Instead, what we had was an announcement that went viral. We think that the reason is not that people have given up on bread, but what they had given up on was that center-aisle bread that had been baked how many days ago and has no real punch or life or pizzazz to it. Knowing that they now have the opportunity to go into their grocer and pick a loaf of bread literally out of the oven apparently was really exciting to millions of people.

When building the BreadBot, how do you combine the art and science of bread making, when designing a robot like this?
The reason that this has never been done before — and we have the patents and intellectual property surrounding it — is that it’s hard. Anybody who’s tried to make bread knows what that means, because you take someone and you give them a recipe and you take three cups of this two teaspoons of that, you mix it up put it in the pan and you take it out of the oven and whoa, this didn’t come out the way grandma made it. So it’s a nuanced production that depends on the age of yeast, conditions yeast was stored under, the ambient temperature, ambient humidity, all of these different things and more. It is typically not something that a machine has the sophistication to do. In fact, we had to mothball the project for years because the sensors, and the kinds of things we needed weren’t available yet, and it’s only recently that they’ve become available.

What we’re now able to do is to monitor on an ongoing basis all of these different parameters and then on the fly continually adjust to changing conditions and whatever is needed to bring about that optimal loaf of bread. It’s a self-adjusting intelligent production system.

What is your favorite fictional robot?
I’ll have to go with Wall-E. He was trying to save people from themselves. In our own way, we think bread ought to be healthier than what it is. We ought to be improving the quality of bread that people get, and helping people end up on the right side of healthy food.

Robots and automation are coming to the food industry, and Articulate is an entire day devoted to the technological and societal implications of these impending changes. Check out our stellar lineup of speakers, get your ticket, and join the conversation at Articualte, April 16 in San Francisco.

January 28, 2019

Chowbotics to Bring its Salad Making Robot to Europe

Chowbotics will be bringing a version of its salad making robot to Europe, courtesy of a new partnership with French vegetable company Bonduelle.

While here in the U.S. Chowbotics‘ ‘bot is named “Sally,” the forthcoming French version will go by “Cabaletta.” From the press release:

Like Sally the Robot, Cabaletta can operate 24/7 and will offer custom salads from any combination of 20 ingredients selected by Bonduelle, in addition to chef-crafted, pre-programmed recipes. Users can also fine-tune the calorie total by adding or subtracting ingredients, as well as view full nutritional details for each recipe. The robot’s proprietary technology reduces the risk of foodborne illness, as ingredients are kept sanitary and separate.

The agreement calls for Cabalettas to be deployed across mainland Europe, but the first robots will be installed in several offices and businesses around Lille, France. Though the partnership will kick off with salad robots, Chowbotics raised $11 million last year to fuel expansion into robot-made food bowls with ingredients like grains, yogurt and even poke, so perhaps we’ll see some of those put into circulation as well.

Robots are beginning to take hold around Europe. Based out of Belgium, Alberts is rolling out its Albert smoothie-making robot. Elsewhere in France, Ekim is building its tiny pizza-making robot restaurants. And over in Moscow, MontyCafe‘s robot arm is serving up coffee.

We’ll be sure to ask Chowbotics CEO Deepak Sekar about his company’s European strategy at our upcoming Articulate conference on April 16th in San Francisco. He’s among the many luminary speakers we’ll be chatting with about all things food robot and automation. You can be a part of the conversation too, get your ticket today!

January 25, 2019

Brookings: Food Service Jobs for Humans in Jeopardy as Automation Takes Hold

The Brookings Metropolitan Policy Program released a new report yesterday on the future and impact of automation on the U.S. workforce. Predictably, food service jobs do not fare well.

Automation and Artificial Intelligence: How machines are affecting people and places forecasts automation trends across industries through 2030. From that report:

Approximately 25 percent of U.S. employment (36 million jobs in 2016) will face high exposure to automation in the coming decades (with greater than 70 percent of current task content at risk of substitution).

Among the industries with the greatest share of tasks susceptible to automation, food service comes in second highest, behind production.

Image from the The Brookings Metropolitan Policy Program report: Automation and Artificial Intelligence: How machines are affecting people and places. Used with permission.

That food service is so greatly impacted by automation is not that surprising. The Brookings’ study follows a report last year from the Organization for Economic Cooperation and Development that predicted 14 percent of jobs worldwide were “highly automatable,” including food services.

But you also don’t need a fancy research paper to see the automation happening across the food service industry right before our eyes: Bear Robotics has Penny bussing tables, Flippy is grilling burgers, Cafe X is slinging lattes, Spyce is almost entirely robot run. And that’s just here in the U.S.

Definitely check out Brookings’ full report for more details on how automation will impact minorities in particular, as well as different states across the country.

Thankfully, the Brookings report doesn’t just dish out dire predictions, it also makes suggestions for how to deal with all of those soon-to-be displaced workers. Brookings suggests that governments should lean into this coming wave of automation, writing:

One response to the trends detailed here might seem to be to curb technology-driven change. Leaders should resist this impulse. Instead, while committing to a just and beneficial transition, they should embrace tech and indeed automation to generate the economic productivity needed to increase both living standards and the demand for labor in non-automated tasks. By embracing technology-based growth, the nation and its regions will have the best shot at ensuring that there are enough jobs

To be sure, automation is not uniformly bad. Robots can perform manual, repetitive tasks with greater speed and precision than a human. They are don’t get injured doing more dangerous work like operating a hot oven or deep fryer. Robots doing those tasks also free up humans for higher-skill and more customer-facing work.

Robots are coming, the process now will be managing the transition throughout the food service industry from our current, human-centric workforce to an automated one.

To help displaced workers and society at large with this impending transition, Brookings says we should adopt a “Universal Adjustment Benefit.” This benefit would include career counseling, retraining, and “robust income support.”

But I highly doubt our current political leaders are equipped and empathetic enough to take these suggestions seriously, or even recognize the issues related to automation and worker displacement already happening.

We at The Spoon, however, are encouraging this exact type of conversation and trying to help those up and down the food stack deal with automation. The ethics surrounding robots and automation in the food industry is one of the topics we’ll have experts chatting about at our Articulate conference in San Francisco on April 16th. You should join us there and share your thoughts, and more importantly, solutions.

January 7, 2019

Announcing Articulate, our Food Robotics and Automation Summit in SF on April 16

Throughout 2018, we chronicled the rise of food robots and the fundamental ways they are changing how we eat. From the farm, to automated restaurants to doorstep delivery, robots are on the rise and 2019 is poised to be a watershed year for them. Which is why we are excited to announce Articulate, a one-day conference devoted to food robots and automation, happening on April 16, 2019 in San Francisco at the General Assembly event space in San Francisco.

One thing we’ve learned from four years of holding Smart Kitchen Summit is that bringing a community of decision makers together really drives discussion, insight and even innovation. At Articulate, we’ll be discussing broad themes such as:

  • What will be the impact of robotics on front and back of house in restaurants?
  • How robots will transform last mile delivery?
  • How will state and local government regulate robots?
  • How much automation should go grocers go in on?
  • The evolution of business and service models in an age of food robotics
  • The ethics of automation and the impact on labor market

Oh, and you’ll be able to check out some really cool robots up close and in person!

We’ve already lined up a number of great speakers, including:

  • Vincent Vanhoucke, Principle Scientist, Google Brain team
  • Linda Pouliot – CEO of Dishcraft
  • Dave Zito – CEO of Miso Robotics
  • John Ha – CEO of Bear Robotics
  • Deepak Sekar – CEO of Chowbotics
  • Ali Bouzari – Chief of Pilot R&D

And we’ll be announcing more shortly.

Tickets are limited, so be sure to grab yours today to get a sneak peek at the future of our automated meal journey. We hope to see you there! Here’s what you need to know:

Articulate: Food Robotics and Automation Summit
April 16, 2019
San Francisco, CA

December 14, 2018

The Denver Broncos Get a Beer Pouring Robot at Mile High Stadium

While the Denver Broncos may be in the midst of a losing season, they could win over fans this weekend when a new robot starts dispensing Bud Light at Mile High Stadium (h/t The Washington Post).

You’d think that such a mechanical miracle would have a fancy name like the “Robo-Bronco” or the “Elway 3000,” but no, it’s just called UR5e. Created by Universal Robots and MSI Tec, UR5e is a robotic arm that can pick up an empty cup fill it with beer and set it down to serve a customer. You can see it action in this video.

Universal Robots UR5e Pours Bud Light

What’s more impressive to me in that video is not so much the robot — between Cafe X, Flippy, MontyCafe and Ekim, there are plenty of autonomous articulating arms out there — but that the beer is dispensed from the bottom of the cup. What sort of wizardry is this? Evidently the flow is controlled by a magnet, which is a cool, but seems to an an extra layer of waste to an already wasteful single use cup.

Stadiums like Mile High are where we will most likely see even more robots coming online to serve us in 2019. Flippy spent the past summer making chicken tenders at Dodger Stadium. Miso Robotics (which makes Flippy) counts hospitality company Levy as an investor, and Levy runs a number of sport and entertainment venues.

As we’ve said before, stadiums are a good use case for robots as they are high-traffic, high-volume settings. Robots can sit and repeat the same task over and over, churning out food or beverages non-stop throughout a game.

Plus, getting robots in concession stands gets us one closer to robots on the field, playing the rock ’em, sock ’em, football.

November 21, 2018

Humans Chefs are Training Robots to Cook Like (and Replace?) Humans

A dentist came to career day at my school when I was a kid, and other than chewing on those colored tablets that highlighted plaque on our teeth, the thing I remember most was him saying that a dentist’s main job was to put themselves out of business. By that he meant, he wanted to teach us to take such good care of our teeth that we didn’t need him anymore.

That’s kind of the feeling I get when it comes to humans and cooking robots. An Atlas Obscura story out this week talks about Georgia Tech scientist David Hu and grad student Hungtang Ko who studied Taiwanese chefs and the specific, efficient motions they use to make perfect fried rice. There is actually a distinct method and combination of movements to keep the rice in constant motion inside a wok, allowing everything to cook evenly without getting burned.

Hu and Ko videotaped the chefs in order to break down their movements with the ultimate goal of training robots to cook fried rice as good as the professionals. As Ko told Atlas Obscura, cooking fried rice is hard work that can result in injuries after years of tossing a wok. Robots also don’t get burned working over a hot stove, or take smoke breaks, or cut themselves, it should be noted.

This story caught my attention because it’s another example in what is becoming a trend: humans training robots to replace humans in the kitchen.

Over in Italy, researchers at the University of Naples Federico II, had famed pizzaiolo Enzo Coccia wear a motion capture suit to record his motions as he made pizza so a robot could learn to replicate them.

Looking more into the future, startups like Covariant are using virtual reality (VR) to train robots. This would allow a Michelin star chef to use VR to capture their movements and make those precise cooking techniques downloadable to a home cooking robot.

Even Sony’s vision of the robotic home kitchen has the human owner instructing his cooking robot how to chop a vegetable.

Look, obviously someone (read: some human) has to teach a robot to do new things, especially something as complicated as cooking. And while I think there will always be a place for the personal connection a human chef brings, for a lot of our faster, more casual dining experiences, robots will be the new normal. We’re already seeing the rise of food robots as places like Spyce, Caliburger, Creator, and Cafe X expand their operations.

But since we are at the very beginning stages of this robot revolution, we are watching in real time as humans build and train our own replacements. There is something very cool (robots!), but also very chilling about that (fewer jobs!). Who knows, maybe in the end more people will go into dentistry.

September 28, 2018

No Ticket Required, Robot-Powered Creator Restaurant Fully Open in SF

Creator, the restaurant that uses robots to cook up hamburgers, opened to walk-in customers San Francisco this week, as automated restaurants continue to pop up across the country.

Creator features a 14-foot long kiosk-like machine that grinds, cooks, buns and tops burgers. The restaurant actually had a bit of a soft opening back in June, during which it required a ticket to eat there. Since that time, according to Eater, the company has been learning customer preferences and adapting its burger design.

At Creator’s full opening this week tickets aren’t required, but service is first-come first-served, and the restaurant is only open from 11:30 a.m. to 2:00 p.m. Wednesday through Friday.

Creator’s burger-making robot is different from Flippy, the burger-making robot that works at Caliburger further south in Pasadena, CA. Flippy uses an array of cameras and thermal sensors to cook the burgers, but still requires humans to dress them.

But the two are part of a larger trend in using robots in quick service restaurant settings. In addition to Caliburger, Flippy also learned how to fry up chicken tenders for its pilot at Dodger Stadium this summer. Another Flippy will also be deployed at an upcoming Seattle Caliburger location later this year. Elsewhere in the Bay Area, Zume Pizza uses robots to pull pizza crusts out of the oven, and over in Boston, Spyce uses robots to make delicious (according to our own Mike Wolf) bowls of food.

As we’ve noted, food robots are great for high-volume restaurants where customers want to get in and get out. Robots work quickly and precisely, they don’t take breaks and they never get injured. The results, however, may need a little fine-tuning. We aren’t in SF, so we haven’t tried it ourselves, but friends of The Spoon have told us that the burger was fine to above average (especially for a burger in downtown SF that only costs $6). Commenters on Yelp echoed those sentiments. People like the robot and the experience, but the burgers are “pretty good,” and “slightly underwhelming.”

Robots are becoming commonplace in restaurants, so their novelty and ability to attract customers in and of themselves will start to diminish. Once that happens, the food will need to be good to keep people coming back. That’s why even though I’m anxious for Flippy to make its Seattle debut, I’m more excited about the Crowd Cow burger coming to our first Shake Shack.

September 25, 2018

Survey: Half of U.S. Adults Cool with Robots Making their Food

Robots are playing an increasingly bigger role in what we eat, and for half of the people in a recent survey from Study.com, that’s just fine.

Study.com conducted an online survey of more than 1,000 U.S. adults between the ages of 18 and 60+ asking them whether they’d trust an artificially intelligent (AI) powered robot to conduct a number of different tasks.

The robotic tasks presented ranged from delivering packages and cleaning your house (73 percent said yes to those) all the way to more personal scenarios such as defending you in court (only 14 percent would) or picking your spouse (a mere 8 percent said yes).

Robots “Preparing your food” came in at a 50/50 split, which, to be fair is a lot more than the number of people who would let a robot cut their hair (20 percent). As with a lot of surveys and studies, this information should be taken with a grain of salt.

First, an online survey would lean towards people who are more tech savvy to begin with. Second, and more important, “preparing your food” is vague. Is that making your food in a restaurant, or in your home? However you envision the scenario would probably impact what answer you give.

Robots are on the rise in fast restaurant experiences, where their consistency and inability to get tired make them ideal for cranking out food all day. There’s Spyce in Boston, which just raised $21 million to expand its robot restaurant experience. Cafe X just raised $12 million for its robot-baristas-in-a-box. Flippy spent the summer frying up ten thousand pounds of chicken tenders and tater tots. Food robots are popping up around the world like Alibaba’s Robot.he restaurant in Shanghai, MontyCafe in Russia and Ekim Pizza in France.

It’s also worth pointing out that different people may consider different things robots inside their own homes. The Moley probably most closely resembles what people would consider a kitchen robot, with its futuristic arms and hands chopping and stirring. But Zimplistic makes the Rotimatic, which automatically makes flatbreads — is that considered a robot in this scenario? My June automatically cooks meals using AI without much effort or input from me. Is that a robot?

Regardless of any shortcomings in this survey, it’s important to start asking these questions. As robots and automation displace millions of workers around the globe, we will need to be in a constant dialogue about them and our relationship with food.

September 24, 2018

Flippy’s Frying Pilot is a Hit at Dodger Stadium

Miso Robotics announced last week that in addition to cooking hamburgers, Flippy the robot is now a full-fledged frying machine after going through a pilot program at Dodger Stadium this summer.

According to the press announcement, Flippy has been working as a frying assistant since the end of July, and in that time has helped cook and serve more than ten thousand pounds of chicken tenders and tater tots, producing as much as 80 baskets per hour.

The Flippy platform started its culinary career at Caliburger, where it uses an array of computer vision, thermal sensors and AI to autonomously cook hamburgers. This summer, Miso began the pilot at Dodger Stadium to expand Flippy’s capabilities.

At the fryer, Flippy uses the Miso See, Miso Serve and Miso Move technologies to fry up the aforementioned tenders and tots. Miso See allows Flippy to identify food, cookware and utensils. Miso Serve helps the robot make real-time cooking decisions. Miso Move controls Flippy’s movements to make sure it is working safely and efficiently. All together, Flippy can put full baskets in the fry oil, monitor the cooking time (and gently shake the baskets while cooking), remove the baskets to drain the oil, and set the food at a designated location for serving.

With the pilot wrapping up successfully, it’s a safe bet that Flippy will be making its way to more stadiums over the next year. Levy, a Chicago hospitality firm that runs a number of sports and entertainment venues as well as convention centers, is an investor in Miso.

Flippy is among the first wave of robots that will be assisting/taking over food production in high-traffic areas. Robots like Flippy are perfect for sporting venues because they can work non-stop without needing a break, and can take on the more dangerous work such as frying food without getting hurt. Zume pizza is another company using robots for more dangerous work, employing automated assistants for pulling dough out of hot ovens.

Companies like Caliburger and Zume both say that robots help free up humans to do higher level tasks, which is true. But in settings like stadiums, the object is more about speed and volume, so it’s not hard to envision a future where ‘bots like Flippy take more jobs and reduce the number of people needed to run food establishments there.

It’s a sticky issue and one that we’ll be tackling at our upcoming Smart Kitchen Summit in Seattle next month. I’ll be moderating a panel with people from Cafe X, Zimplistic and Chowbotics to discuss the evolution of robots, and we’re sure to touch on what that means for humans. Get your ticket to come and join the conversation!

September 9, 2018

Podcast: Building Food Robots With Zimplistic’s Rishi Israni

While most of us only started to think about food robots in the last couple of years, Rishi Israni and his cofounder (and wife) Pranoti Nagarkar Israni have been thinking about them every day for a decade. That’s because ten years ago Pranoti decided to build a robot to create the Indian flat bread called roti so she wouldn’t have to make it every day by hand. Fast forward to 2018 and the Rotimatic flatbread robot is arguably the most successful home kitchen robot in the embryonic food robot market.

In this podcast I talk to Rishi about the journey behind the Rotimatic, what the difference is between and appliance and a robot and where exactly these things called food robots are going in the future.

You can listen to the podcast by clicking play below, download it directly or subscribe in Apple podcasts.

If you’d like to see the Rotimatic and meet Rishi and Pranoti in person, they’ll be at the Smart Kitchen Summit in four weeks. You can use the discount code PODCAST for 25% off tickets. Just use this link with the discount applied and we hope to see you there!

September 7, 2018

Spyce Cooks Up $21M as Investors Continue Rush to Robots

Spyce, the Boston-based company behind the eponymous robot-powered restaurant, today announced it has closed a $21 million Series A round of funding led by Collaborative Fund and Maveron (h/t The Boston Globe). This brings the company’s total amount raised to $24.8 million and further indicates that the restaurant robot space is getting frothy.

For the uninitiated, Spyce is a restaurant that serves food bowls prepared by robots (with a little human help for garnishing). Spoon founder Mike Wolf recently ate there and thought the food was “excellent.”

Robots making meals might be a novelty now, but those days are numbered as more and more automated eating experiences get funded. So far this year we’ve seen:

  • Miso Robotics raised $10 million and put Flippy, it’s burger-flipping robot, to work at Caliburger.
  • Bear Robotics raised $2 million for Penny, it’s front-of-house food shuttling and bussing robot, which got a job at Pizza Hut in Korea.
  • Ekim raised €2.2 million (~$2.6M USD) for PAZZI, it’s three-armed pizza-making robot.
  • Chowbotics got $11 million to expand its salad-making robot/vending machine capabilities into food bowls.
  • Details are scarce, by Ono Foods, which was co-founded by the VP of Operations for Cafe X, got backing from Lemnos, Compound and Pathbreaker Venture for its forthcoming robot restaurant.
  • Cafe X raised a $12 million Seed-1 round for its robot baristas-in-a-box.
  • While not confirmed, Zume, the pizza delivery company that has two pizza-making robots, reportedly was in talks to raise up to $750 million from Softbank.

That list doesn’t even include Creator, the new burger restaurant in San Francisco that opened its doors this summer (and raised $18.3 million last year). Or Alibaba’s Robot.he restaurant in Shanghai which has robots scurrying along tracks to deliver food. Or MontyCafe, the Russian robot barista that serves coffee in Moscow. Or the Blendid smoothie making robot kiosk in Sunnyvale, CA.

Robots are taking over and we won’t care because we’ll all be stuffed.

Robots, of course, are great at repetitive, manual tasks, especially in high-traffic, high-volume establishments. They don’t call in sick, don’t get tired and don’t ask for a raise. And with new breakthroughs, robots are getting better at doing more delicate tasks, which is necessary when handling food.

The other thing robots are really good at is being consistent, which is important when you look at creating a national footprint. Spyce says it will use its new money to expand the number of locations on the East Coast and further develop its robotic systems. As more people experience Spyce’s food and (ideally) like it, they know that no matter what Spyce location they visit, they will always get the exact same thing. It’s the comfort that comes from ordering a latte at Starbucks or buying a Big Mac, only with even more precision.

All of this funding in food robots will have a human toll, as traditional restaurant jobs (baristas, cooks and bussers are all impacted by the companies listed above) get automated away.

Startups in the space that I’ve spoken with are often quick to point out that robots can take over more dangerous work, especially around hot appliances like ovens and fryers. They also say automating some of the repetitive cooking tasks allows the humans to spend their time doing more complex tasks like customer service. Caliburger has said that they haven’t laid any person off since employing Flippy, Zume says its new robot allows people to care for its precious mother dough, and Cafe X said that their robot baristas will have an accompanying human to help people pick the best coffee.

Humans may pick the coffee, but as Spyce and others raising money are showing, it’ll be food robots that provide the froth.

September 4, 2018

Bear Flag Robotics Raises $3.5 Million for Autonomous Tractor Tech

The common refrain from robotics companies is that they help with manual, repetitive tasks. And when you run a farm, there are plenty of manual, repetitive tasks, and Bear Flag Robotics raised $3.5 million seed funding right before the holiday weekend to help agricultural workers out with them.

Bear Flag Robotics develops autonomous driving technology for tractors so growers can automate common tasks such as spraying, mowing, discing and rippling. According to the company, the result is lower labor costs and because of the smaller tractors increased yield through reduced soil compaction. You can see the company’s work in action in this video:

BFR Drone Clips

With its autonomous tractor tech, Bear Flag says that one person can manage a fleet of vehicles instead of requiring a whole crew to run them. Which brings us back to the question that always arises from advances in robotics: what is the human cost to automation? More robots equals fewer jobs for us fleshy folk.

The answer in this case, is actually a little less dire. Farms are in the midst of experiencing a shortage of agricultural workers right now, and robots can help fill in those gaps to make sure farms stay productive.

The advantage of robots, of course is that they can work all hours, never call in sick and don’t get injured. Robots are going to play an increasingly important part of our food’s journey from farm to fork, and you’re seeing more of that technology coming to fields. Augean Robotics’s “Burro” is a self-driving cart meant for pure manual labor like hauling small equipment and harvests around a farm. More advanced robots like harvesters are on the way from companies like Traptic and Abundant Robotics.

Based in Sunnyvale, CA, Bear Flag Robotics’s $3.5 million round was led by True Ventures, and the company has raised $4.5 million total since its founding in 2017.

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