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Food Tech Weekly

January 28, 2023

The Spoon Food Tech Weekly: About That Bloomberg Article

This is the online version of The Spoon’s Food Tech Weekly newsletter. To get it in your inbox, just sign up here.

Someday, We’ll Look Back and Laugh

If you’re in the alternative protein industry, you’ve probably seen an article from Bloomberg titled, “Beyond Meat and Impossible Foods wanted to upend the world’s $1 trillion meat industry. But plant-based meat is turning out to be a flop.”

And if you haven’t read it, you’ve almost certainly read about it. That’s because, over the past week, there’s been no shortage of blog posts, newsletters, Linkedin think pieces, and full-page ads in the New York Times declaring why – depending on where you fall on the matter – Bloomberg had it right or wrong. 

Much of the reaction from those in the alt-protein industry centered on the article’s focus on two companies, Beyond Meat and Impossible Foods. Many argued (rightly) that the plant-based meat industry is much bigger than just these two companies, and any analysis of the space and its prospects that doesn’t include a fuller look of the new products on the horizon (like those based on fungi/mycelium) misses why so many are still so excited about the industry’s prospects. 

But as Rachel Konrad, former head of comms for Impossible Foods, said on this week’s Spoon podcast, the industry “doth protest too much.” 

After all, it’s just one article, right? Why was there so much pushback?

The strong reaction can be partly attributed to Bloomberg’s place in the media ecosystem. Not only is its journalism viewed on par with the Wall Street Journal from a business reporting perspective (though they don’t have as many journalists covering as many beats at the Journal), but unlike the Journal, it’s a weekly news magazine with cover stories. 

I mean, just look at that cover: 

Despite print media’s long and slow death spiral, a story like this still has an outsize impact, especially in publications like Bloomberg. They can become, in a sense, self-fulfilling prophecies.

Don’t believe it? Just ask Juicero’s founders. Those familiar with Juicero’s demise will remember the final nail in the coffin for the connected juicer startup was a Bloomberg piece. Within days after publication, the company and its high-priced juicer became a symbol of Silicon Valley excess and over-engineered solutions. It wasn’t long before the company’s venture backers backed out, and soon after, the company was toast.

But the plant-based meat industry is not Juicero. It’s an industry made up of literally hundreds of companies, backed by billions of dollars of venture funding, and it has achieved some measure of success in that many of these new products have become established on quick service menus and occupy space on grocery store and warehouse store meat aisles. 

I suspect the real reason, though, the article touched a nerve was it pointed out a truth that not enough executives in the plant-based industry and food retail are ready to admit: some of the earliest and loudest voices in the plant-based industry over-promised early on about how quickly consumers would embrace their products. 

Take these quotes from Pat Brown, founder of Impossible, made on stage in 2015 at a TED talk and later in an interview with the New Yorker: 

“I know it sounds insane to replace a deeply entrenched, trillion-dollar-a-year global industry,” he said, “but it has to be done.” Four years later, when the New Yorker profiled Impossible, Pat predicted his company would “take a double-digit portion of the beef market” by 2024 before sending it into a “death spiral.” Next he would target “the pork industry and the chicken industry and say, ‘You’re next!’ and they’ll go bankrupt even faster.”

Ethan Brown has spoken in similar terms about how he felt his company would transform people’s diets around the world. From the Bloomberg piece:

Just like technology had rendered the horse-drawn carriage obsolete, he told the crowd at the New York Times’ climate conference this past fall, so, too, would his system of breaking down plants transform the protein at the center of the plate. “This,” he said, “is something that I feel is inevitable.”

I don’t blame either founder for articulating what they see as the ultimate goal of plant-based meat. Both are visionary founders and are driven to change what they see as a cruel industry that is, according to them, steering the planet toward a calamity caused by the climate impact of industrial agriculture. The goal of the plant-based meat industry – to replace industrially-produced meat from animals with a more sustainable alternative – makes sense and should be the goal.

But the reality is that these visionaries overpromised early market acceptance because, in part, they underestimated how difficult it would be to convince consumers to change their diets. Part of this has to do with the product themselves; neither Beyond nor Impossible are what you could describe as healthy when compared to a pure, simple ingredient plant-based diet. Even more importantly, the products’ taste profiles aren’t nearly close enough to what they are replacing, residing still in what chef Ali Bouzari describes as the ‘Uncanny Valley of Food.’

As a result, the consumer dietary profile that Pat Brown has said many times he most wanted to target – the carnivore – doesn’t believe these products are suitable replacements for something they’ve been eating their whole lives. Arguments about animal welfare don’t resonate with the vast majority of consumers, and the health arguments – which have the potential to resonate with a wide swath of consumers – haven’t convinced the vast majority of people who have been told – rightly or wrongly – that these products are going to be better for them. 

The hard truth is consumers are creatures of habit. They eat what they know, and convincing them to change their behavior is difficult. When consumers do change their diets, it’s often due to exposure to a mix of influencer-fed trends and ideas passed on to them by friends or family. Plant-based meats just haven’t caught on, and in fact, you could point to an opposite trend, where a contingent of consumers argue (again rightly or wrongly) against these foods because they’ve come to believe they are too “processed” and this is somehow unhealthy. 

The purchase price also factors in. While consumers with plant-forward diets may be ok paying a premium for an alternative product that satiates a desire for meat, most consumers are not. They wonder why not just buy the real thing at a lower price? And sure, the price premium for plant-based meat has gotten smaller, but the products are still, on the whole, more expensive than those spit out by the fine-tuned, highly-scaled machinery of industrial animal agriculture. 

Now, the plant-based meat industry finds itself in a tricky spot in 2023. A majority of consumers not only don’t believe these products are any healthier than the real thing but they also aren’t convinced plant-based alternatives taste as good as meat yet. In other words, the average consumer sees plant-based meat – as represented by Beyond and Impossible – as expensive processed food, and no amount of New York Times full-page ads will change that.

But all hope is not lost. The plant-based meat industry is still in the early innings, with much of its promise ahead of it in a pipeline of new products that are either on the market or slated to arrive soon. Tasty meat analogs that use mycelium, jackfruit, or other ingredients are already here, and most consumers have yet to try them. Products using novel ingredients derived using new approaches that use some combination of artificial intelligence, precision fermentation, and genetic engineering are on their way. New formats, like plant-based whole-cut meat and fish, have yet to make their way onto the vast majority of consumer plates. And let’s not forget to mention those products made with real animal cells in the form of cultivated meat, which are now on the fast track toward consumer plates in 2023.

The alternative meat industry has a lot of work ahead of it, but the best way to move forward is to examine its challenges in the cold light of day. That’s what we’re doing now, and we’ll look back at the Bloomberg article in 5 or 10 years and laugh and wonder what we were all worried about. 


How will new tools like ChatGPT impact the world of food? We’ll be discussing just that during the Spoon’s mini-summit on February 15th. The event is free, so register here today before the session fills up. 


Bruce Friedrich, Isha Data, and Mark Post in a panel discussion at Tufts University’s Cellular Agriculture Innovation Day. (Paul Rutherford for Tufts University)

The Cell Ag Infrastructure Buildout

A little over a week ago, the leaders of the nascent cellular agriculture industry got together at Tufts and held a day-long state of the industry conference. The Tufts team did an excellent job getting the right people together, and the sessions spanned several topics that have been top of mind for me, including scaling and funding, two things that are integrally intertwined.

One of the points made during the day was the need for more government funding. Bruce Friedrich of GFI said he’s seeing progress on this front, as we’ve seen governments go from “almost zero to hundreds of millions of dollars” in funding in the span of a few years.

Friedrich pointed to how the government helped get the EV industry off the ground by allocating tens of billions of dollars over the past decade and thinks governments could be convinced to eventually do the same for cellular agriculture. 

So the question becomes what this type of funding would look like and how it would be spent. Are tax breaks for large-scale biomanufacturing similar to what we saw for the chip industry with the CHIPS act the right approch? Or what about direct investment in infrastructure, like we’re seeing with the EV charging network buildout spending allocated from the infrastructure bill? The devil is definitely in the details, but one that is sure is that private capital alone won’t get us there alone. 

Who knows, maybe someday we’ll see a biomanufacturing infrastructure plan akin to the CHIP act. For that to take place, the Biden administration or one that follows will need to be convinced that cellular agriculture is not only a growth industry that will provide millions of new jobs (which I think it could), but it’s also strategically important for the US to become a leader in biomanufacturing, something other countries – China and Singapore to name a couple – already have recognized. 


Food robots are popping up everywhere, from fast food to stadiums to even some homes. So what’s the food robot industry look like in 2023? Join us for the Food Robotics Outlook 2023 on March 1st to find out! 

You can register for this free event here. Better hurry before the tickets are gone!  


Sigh. I Guess The Gas Stove is Now Part of the Culture War

Over the past couple of years, food-related matters have become an ever-bigger part of the political culture wars, and the latest one to enter the fray is gas stoves. The recent fuss resulted from some poorly worded remarks from Consumer Product Safety Commission Commissioner Richard Trumka Jr, who told Bloomberg that “any option” was on the table regarding gas stoves: “Products that can’t be made safe can be banned,” he said. 

Some on the right, ever eager for a new political cudgel with which to hit the Biden administration over the head, seized on the words. Trumka later clarified his remarks and said no ban was being considered, but by then, it didn’t matter; gas stoves were fodder in a new culture war.

While there is little chance we’ll ever see an outright ban on gas stoves at the federal level, we are already seeing some restrictions being put in place at the state and city level. Berkeley started it all in 2019, followed by San Francisco and LA, and the state of California is looking to ban gas hookups to new builds by 2030. More recently, states like Washington have passed legislation banning gas in commercial buildings set to kick in this year.

Somewhat lost in the frenzied debate is the momentum we’ve seen for induction cooking over the past couple of years. The technology, which a number of chefs have started to see as superior to that of gas, has become more mainstream in the US in the past couple of years, and forecasts have it continuing to outpace the growth of gas or coiled-electric cooktops. 

The biggest hurdle for induction cooking today is price. On average, a new induction stove still costs more than a gas or coiled electric stove and costs even more if a consumer has to swap out their cookware for induction-compatible pots and pans. The good news is many pans sold today come induction compatible, so many consumers may already be equipped to start cooking with induction. 

For now, organizations like the Decarbonization Coalition are busy making the rounds, doing the hard work of trying to convince more of the benefits of electrification. We wish them luck and hope they don’t get caught in the crossfire!

That’s it for this week. Have a great weekend and we’ll talk to you next week.

Michael Wolf

P.S. The CES food tech report will be out on Monday. There was so much to cover we wanted to make sure to get all of it!


New Alt Protein and Bioinnovation Hubs Are Popping Up From NYC to Israel

This week was a big one when it came to incubating the next generation of future food.

Not only did GFI Israel and Technion announce a new Sustainable Protein Research Center (SPRC), but the city of New York also announced it would build a “bioinnovation hub” with $20 million in new funding earmarked from NYC Mayor Eric Adams’ administration.

The SPRC, which Technion and GFI Israel claim is the first of its kind in the world, “will coordinate the collaborative activities of dozens of researchers from more than ten different academic departments at the Technion and with additional universities and companies to address the world’s most pressing challenges of sustainability and human health.”

The new facility will have a 5-year budget of $20 million and will facilitate the recruitment of new faculty members in the field and support “the construction of a building for the Carasso FoodTech Innovation Center.” The new center will purchase and maintain capital equipment and recruit professional technicians and ” fund collaborative seed research and train graduate students and post-docs in related fields.”

You can read the full story here on The Spoon.


Meati Opens Up ‘Mega Ranch’ Production Facility, Plans to Produce “Tens of Millions of Pounds” of Fungi-Based Meat

Meati Foods, a producer of plant-based whole-food protein made from mycelium, announced the opening of its largest-yet production facility in Thornton, Colorado. The 100 thousand foot facility, dubbed the “Mega Ranch,” is expected to hit a production rate that could produce tens of millions of pounds of the startup’s fungi-derived meat product by late 2023.

The funding for the new facility comes in the form of a $150 million Series C raised last year and a recent $22 million extension round. The company’s total funding to date is more than $250 million.

Meati claims the Mega Ranch will be able to match and even exceed the scale of the United States’ largest individual animal-based ranches. The company says the Ranch is vertically integrated, which means it will allow for the growing, harvesting, processing, and packaging of Meati products under one roof.

Read the full story at The Spoon.


Food Retail

GreenSwapp Wants to Make Figuring Out the Climate Impact of a Bag of Chips as Easy as Snapping a Pic

While the climate impact of our food has finally made the main stage as a topic at the world’s most high-profile summit, the average joe has no idea how good or bad that bag of chips or can of soda is for the environment.

A Dutch startup called GreenSwapp wants to change that by making information about the climate impact of practically any CPG product instantly available to anyone using its technology.

The Amsterdam-based company started as an online grocery app for climate-friendly products, but more recently has focused on building a climate impact data platform for both consumers and companies. To that end, the company debuted a new scanning tool at CES which gives instant scoring (low, medium, or high impact) of practically any packaged food product when the product’s barcode is scanned with a smartphone.

You can read the full story at The Spoon. 


Food Robotics

SJW Robotics Raises $2M as It Eyes Launch of Autonomous Robotic Restaurants This Spring

SJW Robotics, a maker of autonomous robotic restaurants, has raised a $2 million seed funding round, according to an announcement sent to The Spoon. The Canadian startup’s newest round includes investments from Alley Robotic Ventures and celebrity chef Tom Colicchio.

Company CEO and cofounder Nipun Sharma told The Spoon the new investment would be used to fund the rollout of the company’s robotic kitchen system with partner Compass Canada. The two announced their partnership last summer, with Compass disclosing that they had plans to pilot three RJW robotic restaurant kitchens in select markets. According to Sharma, the first Compass autonomous kitchen pilot will launch at a hospital in the Toronto market under Compass’s Bok Choy brand this spring.

To read the full story, click here!

January 20, 2023

The Spoon’s Food Tech Weekly: ChatGPT and a Nest Exec’s Entry Into Smart Kitchen

This is The Spoon’s online version of their weekly newsletter. To get it delivered to your inbox, subscribe here.

You’ve probably seen folks on Linkedin or Twitter posting poems or other examples of content created by the buzzy AI chatbot ChatGPT. 

Bad poetry is fun and all, but what if you could actually use generative AI for something useful, like answering back office questions about the restaurant kitchen you manage? What if it could answer questions like “What are my top selling items this week?” or “I only have 20lbs of chicken in inventory, what’s the chance I’m going to run out today?”

That’s what the team at ClearCOGS wanted to achieve with the recent integration of their restaurant operations software and ChatGPT. 

I’ve seen other interesting examples of generative AI at work in other food verticals, which is why we’ve decided to bring some of the folks building these tools together in a few weeks to explore how generative AI could impact the food business. If you’d like to attend our free event, How ChatGPT & Generative AI Will Change the Food Biz, go ahead and register here (if you’d like to inquire about sponsorship, drop me a line).  If you are working on an interesting project that connects generative AI to food in some way, we’d like to hear more. 

CES & Food Tech: Year Two

Speaking of events, CES 2023 was less than two weeks ago, and we’re still busy writing up all the interesting innovations we saw in Vegas. Unlike last year when attendance at the show was light due to the late-breaking arrival of the omicron variant the month before, this year felt like CES was getting back to its old self, with the food tech area being especially active.

It was the second year food tech had its own dedicated area on the show floor, and, whether it was the consistent crowds sampling ramen at the Yo-Kai booth, trying out plant-based cheese at Armored Fresh, or watching the cooking demos at the Tramontina and CookingPal booths, there was lots of energy and excitement about the category.

We also felt the same excitement at the CES Food Tech Conference. This year CES gave The Spoon a full day to program, and we had great sessions on the big stage about everything from the future of farming to cultivated meat to space food. We’ll be getting videos from CES of the sessions this month and will be featuring some of those on The Spoon.

And, naturally, we couldn’t go to CES without having a party for the food tech community. The Spoon Food Tech happy hour was a lot of fun, and it featured one of the first-ever tastings of Pairwise’s gene-edited mustard greens.

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A post shared by The Spoon (@thespoontech)

As the world’s biggest tech conference, CES sets the agenda every year in the world of innovation, and we are excited to help shine the spotlight on food tech. We’ll be bringing it back again next year and hope you can be involved in some way. Drop me a line if you’d like to get an early start on participating in the CES 2024 food tech program. 

As for CES 2023, we are wrapping up our CES Food Tech report, which will publish next week. We’ll be looking at every company that we found showcasing something interesting in food tech, so keep an eye out for that. 

Food Tech 2023 Survey

We are going to be sending out our annual food tech outlook survey next week to our newsletter subscribers.  The survey will be a part of an ongoing set of surveys this year we’ll be fielding as part of a broader expansion of our research efforts at The Spoon. If you’d like to participate in our smaller focused surveys highlighting specific topics, I’d encourage you to sign up for The Spoon’s food tech research panel. 

That’s it for now.  We’re excited to bring you news and analysis from the world of food tech this year. On to the stories…

Until next week,

Mike


How will new tools like ChatGPT impact the world of food? We’ll be discussing just that during the Spoon’s mini-summit on February 15th. The event is free, so register here today before the session fills up. 


Mill Wants You to Create Chicken Feed Out of Food Scraps

Want to stop sending food waste to the landfill?

A new device and service from a company called Mill will help you do just that while also letting you feed a chicken or two while you’re at it.

Debuting this week, the Mill kitchen bin, a new eponymous device from a company founded by a couple of ex-Nest execs, will take your food waste and shrink & “de-stink” it as it turns into what it calls Food Grounds, something the company says is a “safe and nutritious chicken feed ingredient.”

Here’s how it works:

You sign up for a Mill “Membership,” a $33-a-month subscription service that includes a kitchen bin and a pickup service for the processed Food Grounds. You connect the Mill to Wi-Fi, activate it using the Mill app, and start tossing in your food scraps. Once the bin is full, you put your Food Grounds into a prepaid box and schedule a pickup with the Mill app.

You can read the full story here on The Spoon.


Evigence Raises $18M for Its Food Freshness Sensors Small Enough to Fit on a Packaging Sticker

Food technology company Evigence announced the close of an $18m series B funding round this week. The company, which makes real-time food freshness detecting sensors, plans to use the money to further develop its system’s data collection and analytics capabilities and launch additional commercial partnerships in the US and Europe

Evigence’s sensors, which are small enough to be incorporated into a sticker that goes onto produce packaging, can detect the temperature and time passage and uses that data to calculate the current and projected freshness of produce. Retailers, distributors, and consumers can use them to determine the real-time freshness of a product. Evingen’s sensors can give visual cues such as through color change on the sticker or have an hourglass empty to let the consumer know when a product is no longer fresh.

Read the full story at The Spoon.


Food Retail

These New Scanners Will Help Us All From Squeezing (and Damaging) The Avocadoes

Every year, tens of thousands of tons of avocadoes are thrown into the trash or compost. Whether on the farm or in our fridges, the delicious fruit is one of the most difficult to get right when it comes to determining ripeness, resulting in a whole lot of wasted food.

One startup hoping to help us reduce the amount of avocadoes going to waste is OneThird, a startup out of The Netherlands that has built a line of spectral scanners that determine the freshness of an avocado.

When a OneThird scanner looks at the spectral fingerprint of an avocado, it compares the data gathered to its database to determine how ripe the fruit is and then sends the information to its app.

You can read the full story and watch a video of OneThird’s technology at The Spoon. 


Drive-Thru Grocer JackBe Opens First Location in Oklahoma City

JackBe, which claims to be the country’s first curbside drive-thru grocer, opened its first location this week in Oklahoma City, Oklahoma, according to a release sent to The Spoon. The store will allow customers to place orders via the JackBe app and pick up their groceries at a drive-thru bay, where a JackBe employee will deliver the groceries right to their car.

The new 17,000-square-foot location carries in-demand products across a number of categories, including produce, meat, bakery, deli, and consumables. JackBe is also planning to roll out prepared meals and local brands in the future.

You can read the full story at The Spoon. 


Food Delivery

Wonder Pulls a Zume, Drops Futuristic Food Trucks as it Pivots to Lower Cost Operating Model

According to a report this week in the Wall Street Journal, food delivery startup Wonder is laying off employees and will begin to phase out its signature food delivery trucks in the hopes of creating a lower-cost operating model.

This is a massive shift for a company that became the talk of the food delivery business for a high-touch approach built around its delivery vehicles. Wonder not only brought the food to a customer’s home, but it cooked it curbside in vans that had become ubiquitous over the past year and a half in the North Jersey market in which it operates.

According to the Journal, the company will pivot to a more conventional ghost kitchen model, operating ten kitchens around New Jersey and New York. In addition to delivery, Wonder will offer in-location dining and pickup at locations.

Tightening venture capital markets have cast a pall over the startup world over the past 12 months, and today’s news suggests that even superstar fundraisers like Wonder founder Marc Lore aren’t immune to investors’ darkening moods. It had always been an open question whether Lore could continue to raise enough money for an operating model that looked incredibly expensive from the outside, and now it looks like we have our answer.

To read the full story, head over to The Spoon.


Future Food

GOOD Meat Receives Approval in Singapore to Use Serum-Free Media for Cultivated Meat Production

GOOD Meat, the cultivated meat division of Eat Just, announced today that it has received regulatory approval from the Singapore Food Agency (SFA) for the use of serum-free media for the production of cultivated meat.

Many in the industry believe that using animal-free growth media will not only help the cultivated meat industry achieve what is effectively its raison d’être through the severing of reliance on a cruel animal agriculture industry, but it will also lead to greater scalability, lower manufacturing costs, and a more sustainable product. It also paves the way for the production of larger quantities of real chicken made from cells.

GOOD Meat had previously obtained approval from SFA for its first chicken product in November 2020, and subsequent approval for new formats of its poultry in November 2021. With the latest regulatory approval for serum-free cultivation media, Eat Just says its cell ag meat division will soon transition to a more efficient and favorable production process.

You can read the full story at The Spoon.


Aqua Cultured Foods Building Manufacturing Plant to Commercialize Fermentation-Derived Seafood

Chicago-based food tech start-up Aqua Cultured Foods has begun building a new manufacturing facility for its plant-based seafood products in the West Loop area of the city. The facility, nearly three times the size of Aqua’s current base, is already food-grade and requires minimal upgrades to enable the company to scale production of its fermentation-derived protein.

According to the company, their production methods use standard food production equipment, allowing quicker buildout. Aquaculture says its production methods are also space-efficient, comparing their space usage to vertical farming.

To read the full story, click here. 


Food Robotics

Watch LG’s Server Robot Bring Dishes to Customers at Popular Korean Restaurant in Georgia

One year ago, LG announced the debut of its new hospitality server robot, and now the Korean tech giant’s CLOi Servebot is showing up at restaurants like the Airang K in Johns Creek, Georgia. Since June 2022, four “LG CLOi ServeBot” robotic assistants from LG have been assisting wait staff by accompanying them to guests’ tables while carrying multiple dishes at once.

Initially, Arirang K had deployed two of the Servebots to help their employees but soon upgraded to four. “Everybody liked the first two so much that we upgraded to four LG ServeBots to maximize service levels and guarantee that every customer gets to see the robots in action,” said Miok Kim, general manager of Arirang K.

The LG Servebot has 11 hours of operating time and three shelves that hold up to 22 pounds. They also feature sensors and cameras that enable autonomous driving, obstacle avoidance, and recognition.

To read the full story, click here!


Google’s Farm Tech Moonshot Mineral Becomes Alphabet Company

Google parent company Alphabet has added a new company to its portfolio this week in Mineral, a farm tech startup that spent the last five years incubating within Google’s X.

The news of Mineral’s graduation to full-fledged Alphabet company came in the form a blog post by Mineral CEO Elliott Grant (previously of Shopwell, a shopping startup sold to Innit). According to Grant, the mission behind Mineral is to “help scale sustainable agriculture”, which they are doing by “developing a platform and tools that help gather, organize, and understand never-before known or understood information about the plant world – and make it useful and actionable.”

According to Mineral, they have analyzed over 10% of the total farmland on Earth, modeled more than 200 plant traits, phenotyped 17 crop varieties, and developed more than 80 high-performance ML models. Mineral’s ag-optimized analysis tools will be used to process large unstructured sets of the world’s agricultural data, sourced from satellite images, farm equipment, public databases, and Mineral’s own proprietary data streams. The company will make this data available to partners to combine this data with their private data to derive insights into yield, genomic understanding, and agronomic discovery.

To read the full story, click here. 

March 8, 2022

The Spoon Weekly: Cana Pricing, Humanoid Cashiers, AI-Powered Food Innovation

Welcome to the Spoon food tech weekly wrap-up, featuring some of our top stories of the past week!

Click here to subscribe and get The Spoon in your inbox.

Cana Unveils Pricing for Molecular Beverage Printer, Gives a Peek Inside

Last week Cana, a company building a countertop drink printer that makes nearly any type of beverage, announced pricing for the drink machine, beverage cartridges, and the estimated ship date for the product.

Called the Cana One, the company’s first countertop beverage printer will have a limited time price of $499 for the first 10 thousand orders, after which it will be priced at $799. Customers can reserve a Cana One at the lower price for $99 on the company’s website (the $99 will be applied to the purchase price).

The company will ship everything necessary to make a drink – the sweeteners, alcohol, and the molecular drink cartridges – to the customer’s home. When the Cana One auto-detects that cartridges are getting low, the company will automatically ship them to the customer’s home.

How much the Cana One user pays for ingredients largely depends on consumption. Customers will order drinks and pay anywhere from $0.29 to $2.99 per beverage. The more a customer consumes, the more they pay, and the faster Cana is shipping out replenishment to their doorstep.

You can read the full story here.


Food Robotics

Are We Ready for Humanoid Robots Like Ameca to Take Our Food Order?

If you watched the news coming out of CES, you probably saw a robot named Ameca talking to attendees on the trade show floor.

The robot, whose human(ish) eyes and facial expressions had Elon Musk freaked out when it showed up on Twitter last December, went viral during CES in January as press and attendees tweeted out videos of the humanoid interacting with attendees.

Ever since CES, I haven’t been able to shake the image of Ameca and wonder when we might see a robot like her at my corner restaurant. And, once humanoid robots start to show up in our restaurants, I can’t help but wonder how exactly consumers will feel about it? After all, it’s one thing to show off futuristic technology at a geek-filled conference like CES. It’s another to see it in your local restaurant.

Why wonder, you ask? After all, aren’t today’s front-of-house robots more R2D2 than C3PO, and didn’t a spokesperson for the company behind Ameca say it’s probably a decade before a robot like her is walking on the streets amongst us.

You can read the full post here. 


Restaurant Tech

DoorDash Acquires In-Venue Order & Pay Specialist Bbot

Food delivery giant DoorDash announced last week they have entered into an agreement to buy Bbot, a New York-based maker of order and pay software for restaurants. The terms of the deal were not disclosed.

Bbot, which offers a suite of off-premise and in-venue ordering solutions, is best known for its in-venue QR code offering that allows customers to pull up the menu, order, and pay for items with their phones. The company has seen rapid growth over the past couple of years as restaurants raced to upgrade their digital ordering capabilities and install contactless payment solutions during the pandemic. The company’s fast growth led to not one but two funding rounds in 2021 and was enough to convince Doordash to scoop up the company.

For DoorDash, which launched its restaurant e-commerce platform DoorDash Storefront in 2020, the BBot deal helps expand its digital suite to include payment and in-venue offerings.

You can read the full story here.


McDonald’s Resistance to Ice Cream Machine Fix Strikes Discordant Note Amidst Chain’s Tech Stack Modernization Push

You know how they say it’s not what you know, but who you know? That’s doubly true if you’re trying to insert yourself into McDonald’s technology supplier network.

Just ask Kytch, a company that makes a device that fixes the burger giant’s perpetually broken ice cream machines. You’d think that McDonald’s would welcome such a fix since, after all, their ice cream machines are broken so often they’ve become meme-worthy.

Apparently not, as illustrated by the burger chain’s orchestrated email campaign warning franchisees to stay away from Kytch, claiming it violated the machinery’s warranty, intercepted confidential info, and suggested the device was dangerous to operators since it has a remote operation function. McDonald’s also used the email campaign to promote a new ice cream machine from Taylor (the manufacturer of the oft-broken machines), which promised to have similar remote management features as the Kytch appliance.

According to Kytch, the McDonald’s email campaign killed their business and severely hobbled plans to launch an entire line of connected kitchen products for pro kitchens.

You can read the full post here.


Alt Protein

Cultivated Meat Has a Production Capacity Problem. Yossi Quint Has a Plan to Fix It

Yossi Quint wants the cultivated meat industry to succeed. However, to reach its potential, he thinks the nascent industry has one major hurdle to overcome: a severe lack of production capacity.

Quint arrived at this conclusion while working at McKinsey, where he often worked on projects for clients in the food and beverage industry. During one deep dive into the cultivated meat market, he became convinced that this new form of food production had the potential to be a multibillion-dollar industry, but would never fulfill its potential unless it can increase production by orders of magnitude over its current capacity.

To get there, Quint believed that equipment used to make cell-cultivated meat – giant metal vats called bioreactors – needed to be built specifically for the market. That’s because bioreactors used by today’s cultivated meat producers are usually modified versions of hardware made for the pharmaceutical industry, an industry with completely different unit cost economics than that of food.

Out of this challenge, the idea for his company was born. Ark Biotech is building next-generation, high-volume bioreactors for the cultivated meat industry. I sat down with Quint to discuss the challenges of developing hardware for the cultivated meat industry and where he sees the infrastructure market going in the future. The answers have been lightly edited for brevity.

Why did you decide to start the company?

I was working at McKinsey had the opportunity to work with many different companies. And I had a chance to dig pretty deep into the cultivated meat space and think in-depth about what was needed in this industry to succeed over time—doing everything from consumer insights work to thinking about how to reduce unit economics and scale up. But, as I dug into scale-up, I quickly realized that biomanufacturing will be the bottleneck for this industry to grow. And that there are very few, perhaps no players, out there that are offering sensible solutions for industrial-scale cultivated meat production.

You can read the full story here.


NotCo Built a Unicorn Using AI To Accelerate Food Innovation. CEO Matias Muchnick Tells The Spoon How They Did It

When Matias Muchnick started NotCo in 2015, food innovation was a slow-moving process.

“Food R&D was three guys in lab coats, doing trial and error in a developmental kitchen,” said Muchnick in a recent interview with The Spoon. “Reading research papers from 1980 about using soy to replace animal-based ingredients. That was it. So whenever you have an industry that has a very obsolete technology, then a lot of bad things happen.”

He and his co-founders wanted to create new plant-based food products, but they wanted to do it in a new way that didn’t rely on antiquated methodologies. Eventually, they started wondering if using technology like artificial intelligence could help them make better decisions and help create new types of food faster.

They decided yes and started building an extensive database of information about all the components that create the taste and experience of food.

“Your machine learning will always be directly proportionate to the amount of data and the dimensions of data that you collect,” said Muchnick. “So from the very beginning, understanding what data was relevant for the objective that we were trying to do, which was replacing animals with plants, was important to us.”

You can read the full story here.


Food Retail & Tech

Tech-Powered Retail is Flourishing in the Food Industry. Everywhere Else, Not So Much

When B8ta launched in 2015, I loved the idea. What wasn’t there to like about a highly experiential, tech-powered retail concept where consumers could try out cool new gadgets and companies could get invaluable early feedback about their products?

The same with Amazon Books, which opened the same year. I mean, sure, it almost seemed cruel that the dominant e-tailer was going to head to head with Barnes & Noble on their turf, but that didn’t mean I wasn’t intrigued to see how the tech giant might rethink physical goods retail.

Fast forward to this year, and within the span of a couple weeks, we’ve learned both B8ta and Amazon Books are closing their doors.

Contrast this with the world of food retail. Everyone from Amazon to Walmart to upstarts like Nourish & Bloom are employing cutting-edge technology like AI, robotics, and more to power new food shopping experiences. So why is it that tech-powered food retail is flourishing while other retail concepts seem to struggle?

To read the full story, click here!

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