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Daily news and analysis about the food tech revolution

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Combustion Releases Physics-Based Prediction Engine for Connected Thermometer

Next-Gen Cooking

Today, Combustion announced that they have made a new physics-based prediction engine available for the Combustion smart thermometer.

According to the company, the prediction algorithm in this new over-the-air software upgrade, which they are calling the “new physics engine phase 1,” differs from the previous prediction algorithms in that it incorporates the ability to build a full simulation of the food in software. While the past model looked at the change in temperature and pacing of that change to predict when the food will be done, the new system will begin to factor in data around water migration, evaporation of moisture, and other factors interpreted from the eight sensors in the probe. From there, Combustion says they will be able to factor in temperature stagnation in large cuts of meat during BBQ (known as “stall”) and carry over.

The company’s announcements said that during phase 1 of the rollout, the new physics predictive model will run during the first 30% of the cook and then “switch over to the original predictive engine.” This is because Combustion expects “the new engine to make some mistakes and that early predictions may not always be stable.”

The announcement about the new update, free to existing Combustion thermometer owners, claims it “isn’t just a tweak to the existing algorithm, it’s the first step toward a new kind of cooking math.” I used the Combustion this past Thanksgiving and look forward to trying out the new features.

When Combustion launched its multisensor probe last year, it was a wake-up call for the existing smart thermometer market, which had developed mainly around single-sensor connected solutions. Since then, Meater has come out with the Meater 2 Plus, which has five internal sensors and an ambient temperature sensor, and other companies are likely developing multisensor versions of their thermometers. Combustion’s push to upgrade its software to create new capabilities is part of the company’s effort to stay ahead of the market as others look to adapt their hardware.

Chris Young, the CEO of Combustion, dropped into Dave Arnold’s Cooking Issues to talk about the new update and the broader vision for the thermometer, which includes making it open for other developers. Young says that the product has an open API, and they “have a lot of people creating cool stuff with” the thermometer.” You can listen to the interview portion where Young talks to Arnold about the thermometer updates in the embed below.

Cooking Issues Episode 124 | Chris Young Returns

CES 2024: Sevvy Smart Cooker Cooks Food By Sending Electric Currents Through Food

Next-Gen Cooking

I don’t know about you, but when I bake anything, we’re talking about 25-30 minutes in an oven. But if you’re using a new technology debuting at CES from a startup called Sevvy, that time drops to just four minutes.

How does it work? According to the company, their technology utilizes “integral heating” through electrical currents. This means a combination of Pulsed Electric Field-based and Ohmic heating technology to enable quick food preparation at low temperatures. These currents pass through the food, simultaneously delivering the same amount of heat throughout the entire dish, which, according to Sevvy, drastically reduces cooking and baking times.

I personally verified that the company’s blueberry muffins, which company CEO Kamiel de Leur says took just four minutes to make, were just as tasty and as those made using traditional oven heating. But de Leur says it’s not just faster cooking times that sets their technology apart. Because Sevvy reduces the need for cooking and baking fats by up to 50% and decreases salt and sugar usage, de Leur says their technology is also healthier.

The company has six issued patents for the electric current-based cooking technology, which de Leur hopes to license to strategic partners, including home appliance manufacturers and makers of professional cooking equipment.

You can watch my full interview with de Leur below:

Sevvy Shows Off Pulsed Electric Field-based and Ohmic Heating in Sevvy Smart Cooker at CES 2024

Yo-Kai to Debut Boba Making Robot at CES 2024

Robotics, AI & Data

In less than two weeks, Yo-Kai Express, a company that’s become synonymous with hot ramen-making robots, will show it has a sweet side with the debut of a boba-making robot at CES in Las Vegas.

Yo-Kai CEO Andy Lin told The Spoon that the company’s new robotic boba maker will be the first boba-bot that incorporates a cooking pot inside the appliance, enabling it to cook boba tapioca pearls as well as other toppings. According to Lin, the machine’s built-in cooking capability will allow it to be more than just a boba-maker, enabling it to create a variety of different hot and cold beverages and meals ranging from instant oatmeal to protein shakes to soups and coffees.

The first machine will be shipped to Netflix’s headquarters in Los Gatos, California. After that, Lin says that distribution will be a phased release with around ten boba-bots shipped to other corporate headquarters in the Bay Area. Another shipment in March will put the Yo-Kai boba machine at college campuses and other locations, and starting in June, the Yo-Kai boba-bot will be widely available to individual operators who want to operate a Yo-Kai.

And it’s with this wider availability that Yo-Kai will begin a new expansion approach that will extend beyond its current operating model. Lin says that in 2024, the company plans to phase its expansion model into one utilizing a partner model where individual operators will pay an initial startup fee to Yo-Kai, and from there, they will be able to take ownership of the boba and begin operating it. Lin says that the model, which is “franchise-like”, will offer new operators a choice of up to 1,500 different locations that Yo-Kai has helped find through a new strategic partnership with a large real estate management company.

“Usually, if a partner wants to open a boba store, they need to find a location by themselves,” said Lin. “But we don’t need them to find a location; we can actually provide a location to them. So it will be a one-stop-shop: Go to the website, select the region you want to have the machine, and we will work together with them.”

While the Yo-Kai boba-bot certainly isn’t the first automated boba-making machine, no other company has had much success in expanding beyond initial pilots and trials. Bobacino, which debuted in 2020, saw its CEO depart last month, and it’s not clear if the company is still operational. Cloutea, which debuted its boba robot at CES 2023, opened a store in Las Vegas this past April but has not expanded beyond a single location.

The new Yo-Kai boba robot will debut at CES, which starts on January 9th and runs through January 12th. The new boba bot will be featured in the food tech area on the show floor in the Venetian Expo Hall at CES.

Stay tuned to The Spoon for more food tech coverage at CES over the next two weeks.

Talking Underground Delivery With Pipedream’s Garrett McCurrach

Delivery & Commerce, Robotics, AI & Data

Food delivery through underground tubes?

Sounds crazy, but it’s already happening today, and Pipedream’s Garrett McCurrach thinks it just may be the future of delivery.

We catch up with Garrett just over a week after they announced their first pilot in the Atlanta suburbs, where they have built a system that delivers food and other items underground for nearly a mile.

During this podcast, we talk about how Garrett came up with the idea, what it was like to showcase the system to Jeff Bezos, how the company is working with fast-food restaurants to rethink drive-thru pickup, and what he sees for the future of underground delivery.

Listen to it on Apple Podcasts or Spotify, or just click play below.

 

Pipedream Launches First Underground Delivery Network in Atlanta

Delivery & Commerce, Robotics, AI & Data

Forget drone delivery. The cool kids are taking it underground.

That’s at least the vision of Pipedream, a startup building a system to enable delivery through underground pipes. The company, which is based in Austin Texas, has announced the launch of its first underground delivery network in partnership with Peachtree Corners, a smart city development in the broader Metro Atlanta region.

The new system in Peachtree Corners stretches nearly a mile, linking the development’s shopping center to Curiosity Lab’s 25,000-square-foot innovation hub. The Curiosity Hub is part office park, part event center, and now the employees who work there can order food and select (read smaller) items from local restaurants and stores and have them delivered via Pipedream’s underground delivery robots via the tube network.

With the announcement, Pipeline has released a video showcasing its first deployed delivery network, and it’s pretty cool to watch. As you can see below, the system basically looks like a small underground train network where robots pull the payloads through the pipes to their end destination.

First Ever Underground Delivery

Spoon readers will remember that we’ve covered Pipeline in the past, most recently after Amazon founder Jeff Bezos was spotted checking out a demo of Pipeline. At the time, Pipeline CEO mentioned that the company was targeting master-planned communities and was showing off an early system in the Atlanta area. Now, just six months later, their system has been launched in the Atlanta suburbs.

With the launch of the system, this looks to be what may be a first in terms of an actual automation-powered pipe delivery network, and now that it’s launched, it will be interesting to see if other master-planned communities embrace the idea. For its part, Pipeline is also working with brands to build out pilots for its underground delivery where it makes sense, such as with Wendy’s as a way to deliver food to drive-up customers.

With Launch of Bowl Food Robot, Cibotica Points to Dispensing Technology and Small Footprint as Differentiators

Robotics, AI & Data

This week, Canadian food robot startup Cibotica announced that its first food robot is fully operational in a multi-brand ‘digital food hall’ called Food Republic in Vancouver, Canada. According to the company, the fully robotic makeline named Remy can assemble up to 300 salads per hour utilizing the company’s proprietary dispensing technology.

Images of Remy, Cibotica's food assembly robot

Cibotica cofounder Ashkan Mirnabavi says that after he opened his first restaurant in 2019, he experienced the challenges firsthand around finding and training employees to keep his restaurant up and running. The former engineer turned restaurant operator started looking at available automation technology but felt none of the available solutions fit what he was looking for, so he joined forces with his two other cofounders, Darius Sahebjavaher (CTO) and Soroush Sefidkar (co-CEO), to start a food robotics company.

Once they started looking at different technologies, such as robotic arms, Mirnabavi said they knew they had to build a system that integrated with existing restaurant operations. They soon started thinking about building a robotic makeline and focused on a system that had the flexibility to do a variety of ingredients and fit into existing restaurant kitchen spaces.

“We learned that the biggest hurdle is the dispensing and accurately dispensing ingredients,” said Mirnabavi. “All these other solutions that existed, you had to have different technology for different ingredients, which makes your assembly line much bigger. And that’s where we said, ‘okay if we can come up with one solution that is capable of basically all types of ingredients with different characteristics and a different temperature,’ we might be able to solve it.”

Introducing Cibotica’s First Automated Makeline

With the system now operating in his Food Republic digital food hall, Mirnabavi and his partners are eyeing a variety of future applications and partners that can utilize its robot.

“Quick service restaurants, salad bowls, they were like an entry point for us,” said Mirnabavi. “Fresh produce processing centers, where they go through tons and tons of ingredients. Meal kit companies, there is a lot of manual work. There are markets where there are assembly lines, where people scoop different ingredients into these small, smaller, pre-packaged meals and put everything in a box. Application-wise, the market is huge.”

The market’s getting crowded quickly, with a variety of players such as Hyphen, Lab37, Eatch, and TechMagic offering robotic food assembly for a QSR’s back of house. Cibotica believes their focus on flexibility and small footprint should garner interest from restaurant partners who want to use automation for bowl food assembly in their restaurants.

As for business models, Mirnabavi says, at least for the time being, the company plans to offer a flexible model for its early customers, either through a robotics-as-a-service monthly payment plan or through the purchase of the machines. As time passes, he says they may choose to use one model over the other. The company is currently raising money for their next round of investment.

Scoop: Travis Kalanick is Building Restaurant Robots With Help of Uber’s Former Head of Self-Driving Cars

Robotics, AI & Data

For the past half-decade, former Uber CEO Travis Kalanick has been endeavoring to reimagine how restaurants operate by building a nationwide network of ghost kitchens under a business called CloudKitchens. That business, which he and his team constructed stealthily under a holding company called City Storage Systems (CSS), was joined at the hip by another technology business called Otter, which sells restaurant order management software.

Now, the Spoon has learned that Kalanick’s CSS is building its own restaurant automation and robotics business under the name Lab37. According to company sources and a blog post quietly published by the company in September, Lab37 has built its first restaurant robot, a bowl-making robot called (what else?) Bowl Builder.

The Bowl Builder, which makes hundreds of hot or cold bowls per day, is fully NSF-certified and its dimensions are 20′ wide by 9′ deep. The system can handle the entire process of making bowl food, as bowls run on a conveyor belt under 18 different dispenser modules for ingredients and sauces before getting sealed, utensils added, and bagged up for pickup.

The Spoon has learned that Lab37 is headed up by Eric Meyhofer, an executive and automation innovator who formerly ran Uber’s self-driving car unit for years (and racked up quite a few patents during that time). Meyhofer, who is listed on LinkedIn as a co-founder of Carnegie Robotics – a robotics development lab that helped to give birth to Uber’s self-driving car unit – also served as a commercialization specialist at Carnegie Melon University, his alma mater and widely recognized as the world’s leading robotics research university. Meyhofer does not list Lab37 on his LinkedIn profile.

Lab37 is located in a warehouse on the outskirts of Pittsburgh. The location includes a commercial research and development kitchen, fabrication shop, engineering office, electrical engineering lab, assembly lab, and testing lab.

Lab37 has been trialing the Bowl Builder out through its Hungry Group virtual restaurant division, which is described as a R&D kitchen company building “the future of dining, where diverse options, cutting-edge convenience, and technology unite.” According to the company, the Hungry Group’s R&D kitchen is in the same warehouse where the Bowl Builder food robot was designed, tested, and assembled.

The Spoon has learned that the early trials with the Bowl Builder have gone very well, and locations that have tried it out have seen substantial increases in revenue. According to a Lab37 spokesperson, the company plans to trial the Bowl Builder in additional locations in the coming months, including more CloudKitchen locations.

One potential customer of Lab37’s Bowl Builder is Salted, a fast-growing bowl-food startup that has leaned heavily into the ghost kitchen model in recent years. While Salted has several physical brick-and-mortar locations, its CEO, Jeff Applebaum, has indicated that much of the company’s future growth will come via ghost kitchens. The Spoon has learned that Salted is a customer at a number of CloudKitchen’s locations.

Interestingly, this news comes just a few weeks after Spain-based Remy Robotics announced they were also working with CloudKitchens for its US entry. The Remy robot, which uses a robotic arm and looks to have a smaller footprint than Lab37’s Bowl Builder, debuted in the US under Remy’s Better Days virtual restaurant brand in the New York City market.

Stepping back, this latest revelation about Kalanick’s push into food automation shows his current journey is not too dissimilar from the one he took with Uber. As with his former company, Kalanick is moving from a startup concept that rethinks the traditional usage model of a long-standing industry (it was taxis and travel with Uber, and now it’s restaurants with CSS) and is building enabling technology as the second (or third) act to help realize this vision. He’s using the well-worn tech industry playbook of building “picks and shovels” for an industry, but only after spending time showing the industry there’s a way of doing things that’s is much different than the long-standing model.

After Last Year’s Thanksgiving Disaster, I Bought a Combustion Thermometer. The Result Was Juicy, Just-Right Turkey

Next-Gen Cooking

In 2021, I hit a Thanksgiving home run.

After deciding to brine a turkey for the first time, the results were much better than expected. Guests were happy, compliments were given, and when I learned we were hosting again last year, I figured it’d be easy to replicate the juicy, delicious result.

But I was wrong. Last year’s turkey was a disaster, so overcooked that the thing was pretty much an inedible piece of gristle.

What happened? After reviewing the steps and comparing them to the previous year, I realized I simply left the turkey in my old oven for too long without taking the bird’s temperature. When I did take it out to check it with my old-school thermometer, it had an internal temperature of 200 degrees and was climbing quickly. Experienced hands will know that’s WAY too hot – over 35 degrees hotter than the suggested cooking temperature – and the results were what you’d expect: a turkey was so overcooked it was all but inedible.

Needless to say, this year, I wasn’t taking any chances. I was going to invest in a smart thermometer and keep track of the bird’s temperature in real-time.

Which one? I decided I wanted to go with the Combustion because I liked the idea of keeping an accurate read on the bird’s temperature from core to surface (as well as ambient temperature) via the thermometer’s eight sensors. I also wanted to take advantage of Combustion’s predictive technology, which would give me a countdown and notify me when it would hit the target temperature.

I took the Combustion thermometer out of its bright yellow box on Thanksgiving morning. I’d downloaded the app to my phone a day prior, enabled it to connect via Bluetooth with the Combustion app, and ensured the thermometer was fully charged. I estimated the turkey would take about four hours to cook at 300 degrees (that’s with convection – if I didn’t use convection, I’d have cooked it at 325). I put in a target temperature of 160 degrees, knowing the bird’s core temperature would continue to rise after I took it out of the oven and waited.

After about 30 minutes, the Combustion gave me an estimate for when the turkey would hit my target temperature. Unsurprisingly, it was cooking slightly faster than my initial estimates, but I was prepared because I had the Combustion.

I watched the countdown clock tick downward, and when it hit 160 degrees, the app told me it was time to pull out the turkey. I double-checked the temperature with my old school thermometer and it matched the temperature reading on my Combustion thermometer. I put foil over the bird and let it sit for about 45 minutes before carving it up.

The result? A juicy, just-right turkey.

You’re probably asking why I didn’t use a smart thermometer before, and it’s a good question. The answer is I should have, but I figured at the time I could just do the math myself. As it turns out, however, older ovens can be a bit unpredictable (as can turkey cooking time estimates), and now the Combustion will be a permanent fixture come turkey cooking time.

Could I have used another thermometer? Maybe, as long as it has enough sensors to measure the core, surface, and ambient temperatures. While the original Meater had two sensors, it couldn’t measure core, ambient, and surface temperatures. However, Meater’s latest thermometer, the Meater 2 Plus, has five internal sensors and an ambient sensor, so I figured that would have worked great as well.

But after my experience, I recommend the Combustion predictive thermometer. The company tries to get you to buy the pair of the thermometer and the yellow kitchen clock, but I found the app works just find (and meant less clutter on my counter). You can buy the thermometer by itself right now for $119, or buy the thermometer and clock for $159.

Cafe X’s Robot Barista is Now Slinging Coffee in Tesla’s Berlin Giga Factory

Robotics, AI & Data

This week, Cafe X CEO Henry Hu retweeted Elon Musk, who had tweeted out a video showcasing a flythrough video of Giga Berlin. The reason? Tesla’s newest Giga Factory serves coffee and tea using one of Hu’s robotic coffee shops.

While the robot barista’s arms are painted red with the words Tesla printed on them, anyone familiar with the Cafe X robot coffee shops will instantly recognize them.

Cafe X was one of the early arrivers in robot-powered front-of-house food service, but in the last couple of years, the company’s been quiet as it closed most of its San Francisco locations. In recent months, however, Hu has been tweeting about the company shipping out new Cafe Xs and getting Tesla merch, so it’s probably not too surprising one showed up in a Giga Factory. It probably didn’t hurt that one of Cafe X’s original investors is Jason Calcanis, a close associate of Elon, who has been actively pushing the idea.

Cafe X’s last venture round that was disclosed was in 2020, and it recently raised money via the crowdfunding platform Republic. The company’s disclosure on Republic said its robot cafes at SFO generated $700 thousand in 2022 alone and that the company had shipped five robotic coffee shops in 2022. As of early spring, the company said it had orders for ten more in 2023 and expected to ship a total of 50 this year. The company listed the cost for a Cafe X at $285 thousand with an annual software and service cost of $15 thousand.

Three Years After CES Debut, ColdSnap Readies Launch of Countertop Ice Cream Making Appliance

Next-Gen Cooking

Nearly three years after it stole the show at CES 2021 with its countertop ice cream machine, ColdSnap has readied itself for a commercial rollout of its system this fall.

In a recent blog post, the company shared a glimpse of the product’s development over the past few years, detailing its pod production capacity expansion, the development of its production partner ecosystem, and the continuing refinement of the ColdSnap machine itself.

According to the company, they’ve expanded their production facility in the Boston suburb of Billerica, adding 20,000 square feet with an additional 24,000 square feet of space leased across the street. After producing their initial batches of liquid in small batches in their test kitchen, the enlarged factory that is part of the company’s headquarters will support 300-gallon batches of their liquid mix that will fill the ColdSnap aluminum cans (think energy drink-size) on-site.

In addition to the company’s ice cream and frozen treat mix production within its own factory, they are working with co-manufacturers to ramp up production. According to ColdSnap, initial tests of its mix showed the product was too thick to flow through the pipes at third-party manufacturers because the liquid was different from commercial ice cream mixes commonly made at manufacturing facilities. The company’s food science team reformulated the mix for production in external factories and for large-scale production in-house.

Another big step towards its commercial launch was the addition of packaging automation. It’s hard to believe, but until now, the company has hand-packaged all of the pods to support the roughly one hundred trial machines in the field. Now, as they look to scale, they’ve added automation equipment and project they will be able to manufacture 30 million pods per year.

ColdSnap also detailed improvements to the countertop machine, including adding a QR code reader that will tell the machine which type of drink it is making and what the company describes as a ‘more powerful’ refrigeration machine.

Part of what makes ColdSnap intriguing is its ability to make instant ice cream from room temperature, shelf-stable liquid. As company CEO Matthew Fonte told me last year, a product like this could be potentially transformative for markets where cold chain storage is not widely available or cost-prohibitive.

“China’s ice cream market is as large as the United States, but they have 25% the amount of refrigeration per capita that we do here in the States,” Fonte said. “If you could circumvent the cold supply chain and give them shelf-stable pods, they can freeze their ice cream on demand, they can reach the masses there and grow that market four times.”

I agree that this type of machine could be really interesting in markets without substantial cold chain storage, my guess is clones would pop up pretty quickly in markets like China once the concept is proven out.

ColdSnap’s initial target is the office and business markets, but in the long term, Fonte says the company will enter the consumer kitchen. He said he’s open to partners for any expansion into the home market, and I’m sure he’ll be able to find him if he and ColdSnap can prove the technology works and there’s demand for it in the commercial space.

Yummly App Adds New Features, Reminding Us It’s Still Around Six Years After Whirlpool Deal

Next-Gen Cooking

Today, recipe and guided cooking app Yummly announced a refreshed set of features, including what it describes as AI-powered recipe recommendations, an improved meal planner feature, and integration with an upgraded Yummly thermometer.

Since Whirlpool acquired Yummly, the recipe recommendation and cooking guidance app has largely flown below the radar while adding periodic incremental improvements over the years. And as far as I can tell, the announced improvements are par for the course.

This includes the new and improved “AI-powered recipe recommendations,” which sounds a lot like the things the company was promoting almost five years ago when they were touting “AI-powered personalization.” It’s not immediately clear how these AI-powered recommendations differ from previous AI-enabled recommendations, but we’ll have to take the company’s word for it.

The app’s improved meal planner function looks like it’s primarily focused on further building out a shoppable recipe function, something that has become relatively common in recent years for many recipe apps as a way to monetize through affiliate marketing commerce. The Yummly meal-planning shoppable recipe meal planning capability is a premium feature for users through a monthly subscription.

Whirlpool is hardly mentioned in the release (outside of the About Yummly boilerplate at the bottom), and the only real evidence of the company’s influence is the integration with an improved Yummly Thermometer, which is a product that Whirlpool has gone through pains to integrate with a number of their appliances. According to the announcement, the new Yummly thermometer now has three sensors, up from the two sensors in the previous generation.

While Whirlpool seems content to let Yummly operate mainly as a standalone app with its own brand, it seems a far cry from when the company acquired the app and saw it as driving the digital transformation of the appliance giant’s product lineup. Outside of a big splash at CES 2019, which the company described as a “roll-out across multiple Whirlpool brands,” the app hasn’t added all that much in terms of feature sets beyond what it had five years ago, and there’s been scant evidence of any further integration – thermometer notwithstanding – with the broader Whirlpool family.

One reason the app has become something of an afterthought in Whirlpool might be that many of the original stakeholders have moved on. Yummly founder Dave Feller left soon after the deal was done, and Brian Whitlin, who drove much of the product innovation, left in 2021. Add in the fact that the acquisition’s primary champion within Whirlpool, Brett Dibkey – who drove much of Whirlpool’s digital transformation – left in 2020, and the company’s current caretaker mode makes sense.

Meet The Dutch Robotic Kitchen That Makes Five Thousand Meals Per Day

Robotics, AI & Data

Last month, a Dutch startup named Eatch announced they had built a fully automated robotic kitchen that makes up to five thousand meals per day. The company’s new robot, designed to work in a high-production centralized kitchen, has been making meals in the Amsterdam market for food service and catering giant ISS for the past four months.

The Eatch robotic kitchen platform handles the entire meal production flow. It oils the cooking pans, dispenses refrigerated ingredients, adds spices, plates the food, and cleans the cooking pans when everything is done.

You can watch it in action in the video below:

Eatch - World's First Robotic Kitchen for Large-scale Cooking - Up to 5.000 meals per day

Eatch’s robotic kitchen uses a pot system similar to those we’ve seen in the Spyce kitchen, Kitchen Robotics’ Beastro, and TechMagic’s pasta robot in Tokyo. The Eatch’s tilted pans rotate and toss the food inside, using an internal peg to push the food into a rotation and then drop from the top, creating a toss fry cooking motion common in stir fry kitchens.

What’s most impressive about the Eatch is the throughput, creating five thousand daily meals (and the company says it has the potential to produce up to 15 thousand per day), handling the entire production flow. Most robotic kitchens we’ve seen have production volumes much lower than this and often don’t incorporate plating and pot cleaning in the automation flow.

Company CEO Jelle Sijm told The Spoon that the company has approximately 10 employees and has raised €4.5 million. The company expansion plan includes working with partners who can handle the daily operations, and Eatch will provide the automation technology, software, and recipes. Sijm sees Eatch working with partners to produce food in centralized kitchens for contact caterers. Sijm says they are eyeing an American market entry and says the company is currently in talks with some grocery chains and contract caterers in the US.