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The Spoon

Daily news and analysis about the food tech revolution

Next-Gen Cooking

Traeger Launches Apple Watch App to Monitor and Control Your Grilling

Traeger Grills announced this week the launch of its first Apple Watch app, which allows users to both monitor and control the cooking on its WiFire compatible connected grills.

In the press announcement, Traeger said its Apple Watch app is the first of its kind in the industry. That may or may not be true, but regardless of its place in history, it’s easy to see the utility this type of app could bring to the grilling experience. Smoking a brisket or ribs takes long hours, and the freedom of controlling the grill from your wrist anywhere you are (even when you’re out, away from your home) would definitely come in handy.

Features of the new Traeger Apple Watch app include:

  • Real-time grill temperature monitoring and control even if you’re away from your house
  • Probe temperature setting and monitoring
  • A timer to notify cooks when to sauce, check or pull the food
  • Pellet-level monitoring, to know when to re-load the hopper
  • “Super Smoke Mode,” which lets users blast their food with 100 percent hardwood smoke between 165 and 225 degrees

The WiFire grills were already pretty convenient for rookie grillers like myself. With the connected phone app, I was able to make pretty great ribs and briskets without ever having done so before. This is totally a first-world problem, but moving that monitoring from the iPhone to the Apple Watch means that I don’t need to carry my phone around to check on my grilling.

Even though it may not feel like it for most of the country, spring is around the corner, which means that grilling season is not that far off. And backyard barbecues are definitely getting high-tech upgrades. Smart oven maker, June was recently acquired by Weber and its connected cooking OS has been integrated into a new line of Weber gas grills.

Even though our BBQ parties will probably still need to be socially distant this summer, with connected tech, being away from your grill won’t be a problem.



Chris Young Wants to Bring Cheat Codes for Good Cooking to the Masses With His New Startup, Combustion Inc.

When Chris Young started working on Modernist Cuisine with Nathan Myhrvold almost 15 years ago, their original idea was to simply write a book about sous vide cooking.

“I still have emails where we thought it’d be a few hundred pages, we could get it done in a year,” Young told me in a phone interview.

As most know, Modernist Cuisine would grow far bigger than a hundred pages, and take much longer than a year to write. And while much of the multivolume work is dedicated to sous vide cooking, what Young and other early sous vide enthusiasts knew was that this cooking technique with a fancy name was just a means to a more important end: mastery of time of temperature in cooking.

“If you look at Modernist Cuisine, about half of the book is dedicated towards explaining the physics of heat transfer in the kitchen,” said Young. “Because [the application of heat] often makes the difference between a meal being spectacular and a meal not [being] so great.”

So when Young went on to found ChefSteps and eventually build a sous vide appliance with the Joule, the ultimate goal was always to give the cook mastery over the two elements that are so important in creating good food.

“Time and temperature are just sort of these cheat codes to better cooking,” said Young.

Chris Young

If helping aspiring cooks master these cheat codes was the bigger picture and sous vide was just one means to this end, Young realized at some point he had to go beyond sous vide cooking. That meant launching a new company called Combustion Inc. and making a thermometer.

But not just any thermometer. This one would come packed with eight different temperature sensors.

Why so many?

According to Young, when cooking a roast or a chicken, it’s important to not only get the temperature inside the meat, but to get the gradient temperature throughout it, including its surface and ambient temperatures. Only then, according to Young, can you properly calculate the true cooking temperature, how fast an item will cook, and when you should take it out.

Like any self-respecting chef-slash-cooking-technology entrepreneur, Young had hacked together a solution for his BBQ that allowed him to closely monitor internal and surface temperatures, but knew the solution with all of its wires and multiple thermometers wasn’t something wasn’t exactly approachable for the average consumer.

“I have a fairly kludged together a bunch of electronics,” said Young. “It’s not what I would call productized.”

Here is where he saw an opportunity to create a thermometer that would give him the type of data to help achieve the results he wanted. While there is certainly no shortage of smart thermometers on the market, Young felt none of them were able to give him the information he wanted to cook they way he wanted.

The Combustion thermometer, kitchen timer and app

“I started building the first thermometer in the world to actually measure the real cooking temperature which can profile your food so that it can estimate things like how big is the food and how fast is it cooking.”

Young wanted to build a thermometer that could be fairly sophisticated when it came to telling temperature and predicting when meat should be done. He also wanted the device to communicate this information with not only a paired kitchen timer (the other initial product from Combustion), but also with apps. He also knew, however, after having built the Joule, connected products can be also have their problems.

“I lived that,” said Young. “I know this probably as well as anyone at this point, because like we were all in on IoT, and we got it working pretty well, and I can tell you how painful it was. When it inevitably breaks, who’s responsible? And so the experience for the consumer is all this IoT shit that is just dumb.”

It was that experience with the Joule and the polarizing responses to connected devices that made Young rethink how to create a connected product. While he wanted to make a thermometer that is connected, with all the benefits that could bring, he also wanted one that worked out of the box without a complicated pairing and set up.

The answer was to make the temperature data freely available by broadcasting it using a built-in Bluetooth capability. That meant instead of going through a complicated pairing experience with its own app, the thermometer can utilize the beacon capabilities built into the Bluetooth spec to broadcast the time and temperature data of the chicken, roast or whatever is being cooked.

“We actually said, ‘Look, there’s nothing super secret about your temperature data,'” said Young, adding that the thermometer “advertises its data every 200 milliseconds” and all that data is just part of a beacon.

The beacon technology built into Bluetooth is what allows products like the Tile tracker other other devices to broadcast messages to your smartphone to give it updates. With the Combustion thermometer, the built-in Bluetooth beacon technology will send cooking data to the Combustion kitchen timer, (the other new product announced today) or its app (Yes, there is an app for those who want one, but Young makes it clear it’s not necessary). The device will also be able to send information to other Bluetooth-enabled appliances, like GE or BSH ovens, that want to communicate with it.

Young spent plenty of time at his last company making sure his device worked with other appliances, but it was painful. There were lots of meetings negotiating complicated technology and business arrangements for the Joule to integrate with other devices. These types of months-long negotiations were exactly what the onetime ChefSteps CEO wanted to avoid at his new company.

“This is sort of a version 2.0 business model,” said Young. “Because inevitably the old way involves a huge tussle between the appliance manufacturer’s desire to have a platform and app and the startup’s desires. I’m simply saying I make my money when I sell thermometers and I make my money when we sell other things.”

Young told me Combustion Inc. will sell the thermometer and the kitchen timer as a pair, but will also sell each separately. He wouldn’t give me pricing, saying only that they won’t be super cheap but also won’t be astronomically expensive. He said they plan to make them available by this summer via their website and not (as of yet) in retail.

In a way, Young’s efforts feel more like he’s making a tool for cooks rather than trying to monetize a venture-funded startup. It’s not unlike Dave Arnold and his Searzall and Spinzall products. That’s not to say Young isn’t looking to make money or doesn’t have big plans; he says the thermometer is only the beginning.

But, after a less-than-satisfying final chapter to the ChefSteps story, I can see why he’d want to get back a bit to the roots of what he started all those years ago with Myrhvold, which is to provide cooks with tools to better use the cheat codes to make good food.

Suvie Debuts Second Generation Countertop ‘Cooking Robot’

Suvie, a maker of smart automated cooking appliances for the home, has debuted its second generation appliance, the eponymous Suvie 2.0.

So what’s different about the first and second generation Suvie? A whole bunch.

First things first: Suvie 2 is a heck of a lot smaller. That’s mainly because the second generation appliance has reduced the Suvie from being a four-chamber cooking appliance to a two-chamber machine. This change is made possible because each cooking chamber is now multifunctional, which means instead of having chamber specifically for sauce, protein or veggies, each of the two chambers can broil, steam, sous vide, slow cook as well as roast and bake (these last two cooking modes are new to the Suvie 2).

And just like the first machine, the Suvie 2 has a built in compressor-based refrigerator that chills the food until is is ready to cook. This was one of the draws of the original Suvie — being able to store your food safely in the machine while you were out all day, until it was time to cook it.

While the Suvie 2 has a smaller countertop footprint, the cooking capacity per chamber has actually gone up. According to Liss, cooking pans are 21% larger than in the previous generation.

To help slim down the new appliance, Suvie also removed the “starch’ chamber and created a separate, optional Starch Cooker. The new add-on, which Liss affectionately called “starchie” (but insisted is not the official name), features the same “patented” autodrain capability and can cook rice, pasta, beans and other starchy foods.

The new Suvie will be available for a pre-order price of $399 for the main unit, and $300 for the starch cooking add-on. MSRP for the core unit will be $800. According to Suvie, the company will also offer a significant discount to customers of the first gen Suvie who want to upgrade.

Just as with the first gen appliance, the user will be able to cook Suvie-originated meals or their own food, but with the addition of quartz broiler heating elements (the same type of heating elements used by the popular Breville toaster ovens), which enables more consistent heating and allows for the user to bake and broil food.

To fund the rollout of the new Suvie, company CEO Robin Liss told The Spoon the company has raised a $11 million in seed funding (they previously has raised $725 thousand on Kickstarter). That funding will also help the company continue to expand its associated meal service.

The new funding and the debut of a second generation Suvie is a bright spot in a kitchen tech market that has seen some consolidation over the past few years. Since Electrolux’s acquisition of Anova for a quarter of a billion in 2017, the few exits for venture-funded kitchen tech startups have relatively quiet (like ChefSteps, Brava and June), while others -- like Nomiku and Sansaire -- have shut their doors.

Interestingly, the two startups still making a go of it in this space both eyed the pairing of cooking appliances with meal delivery, a business model that has the potential of long-term recurring revenue for companies also competing in what is a highly cost-competitive hardware market. For its part, Tovala announced a new $30 million funding round this month, less than a year after its previous round.

If you’d like to buy the new Suvie, you can pick it up now and, according to Liss, the product will begin shipping in twelve to fourteen weeks.

You can see the Suvie in action below.

Weber Announces New Smart Gas Grills Using the June OS

Weber announced it is adding new smart grills to its Genesis and Spirit lines of gas grills. The new smart grills feature the Weber Connect technology, which is powered by the June OS, and will provide precision and guided cooking to backyard barbecuers.

The new line of Weber smart grills feature WiFi and Bluetooth connectivity, temperature probes and a built-in LED display. Using either the accompanying mobile app or the LED display, grillers can monitor the temperature of the grill as well as the doneness of what’s being grilled. The app will also alert grillers when it’s time to flip and serve their food.

What the grill won’t do, however, is automate your grilling. So, unlike a June oven, which automatically changes the type of heat (bake, broil, etc.) and temperature to cook your food, the Weber smart grill requires manual temperature controls. This is a bit of a bummer, but probably understandable given that the grill would have to regulate the flow of gas rather than electric current to adjust temperatures.

Today’s announcement comes a little less than a month after Weber acquired smart oven maker, June. June’s technology was used in the SmokeFire wood pellet grill back in 2019, and and two developed the Connect Hub, a small device that added smart cooking features to conventional grills.

Innovation in the outdoor grill space has certainly, errr, heated up over the past few years. Traeger has its own line of connected smart pellet smokers, German brand, Otto has a line of connected and modular grill components, and Spark launched its line of precision charcoal grills.

The new smart grills from Weber are all listed as “Coming Soon” on the company’s website. Prices range anywhere from $799 to $1,299.

Hestan Cue Adds New Multi-Cooker Chef’s Pot to its Lineup

Hestan Cue, which makes connected pans and cooktops for guided cooking, announced this week the addition of a 5.5 quart Smart Chef’s Pot to its lineup. According to a press announcement sent to The Spoon, the new Chef’s Pot can act as a multi-cooker, performing a number of different function in the kitchen.

The new Chef’s Pot is similar to Hestan’s other smart pans in that it features embedded temperature sensors and Bluetooth connectivity. Hestan Cue’s pots and pans, induction burner and recipe app work in conjunction with one another to precisely control the temperature while cooking. The system automatically adjusts the temperature to avoid over and under cooking items.

With its deeper basin, Hestan Cue is positioning the new Chef’s Pot as a multi-function device in the kitchen. According to the press announcement, the new Chef’s Pot can perform more than eight different cooking functions, including deep frying, slow cooking, and candy making.

Dubbing its smart Chef’s Pot a “multi-cooker” seems to be more of a marketing gambit on the part of Hestan to ride the coattails of wildly popular devices like the Instant Pot. It’s not wrong, per se. Smart, precise temperature controls does give the Hestan Cue system flexibility to tackle a number of different cooking functions. So if you buy into the Hestan Cue ecosystem, there is greater flexibility to be had. Plus, the connected recipe apps will walk you through what you are cooking.

This type of functionality isn’t cheap, however. The 5.5 quart Chef’s Pot and Induction Cooktop will set you back $499. If you already have the Hestan Cue Induction Cooktop, the 5.5 quart Chef’s Pot on its own costs $299.

Here are the Kitchen Robots We Saw at CES & Food Tech Live 2021

One thing I miss most about heading to Vegas every January for CES is walking the basement of the Sands convention center. There, in the startup area known as Eureka Park, I’ll wander for hours and get lost amongst thousands of exhibitors in search of a few undiscovered food tech gems.

I usually find a few and, since we’re talking CES, they sometimes come in the form of a food robot.

From there, I usually head across the street to Treasure Island where The Spoon has its own product showcase during CES week called Food Tech Live, where I can also get my fill of food robots while also doing such things as eating a cookie with my face on it.

While both CES and Food Tech Live didn’t take place in person in Sin City this year, that doesn’t mean there weren’t some cool food robots to check out at their virtual versions last week. Below is our roundup of home food robots I found at virtual CES and The Spoon’s annual first-of-the-year product showcase, Food Tech Live.

Moley Robotic Kitchen

Since 2015, the Moley robotic kitchen has captured the imagination of the tech journalists and robotics industry with its robot chef concept that can that can prepare full meals from prep to cook to clean up with a pair of articulating robot arms.

And while we’ve yet to actually see the Moley cook a full meal from start to finish, the system’s inventor told The Spoon that it’s finally on sale and will find its first home in 2021. The company, which had a virtual booth at CES 2021 and debuted a bunch of new highlight videos, will sell both a home and pro version of its robotic kitchen. Prices for the fully robotic kitchen will be about $335 thousand.

The Moley Robotic Kitchen System at CES 2021

Oliver

Else Labs Oliver is a single-pot cooking robot that dispenses fresh ingredients and automates the cooking process with the help of temperature sensing and machine vision capabilities.

Else Labs, which went on sale via Indiegogo last fall, was on display at Food Tech Live last week. The product’s inventor and company CEO Khalid Aboujassoum says the major difference between Oliver and other guided cooking appliances on the market is Oliver pretty much handles the entire cooking process for you.

“The Oliver can do unattended stovetop cooking,” Aboujassoum told me last fall when the product went on sale.

Oliver, the smart cooking robot

iWonderCook

The iWonderCook is a automated cooking machine that cooks one-pot meals. The meals are provided in the form of the company’s own meal kit service, which the user orders through the device’s touchscreen. From there, as can be seen in the video below, the user inserts a bowl, embeds the food “cartridge”, and then adjusts the amount of oil and water needed.

I haven’t gotten a chance to see the iWondercook in action or taste the food, I will say is the product’s reliance on its own meal kits might be a turn-off for some users.

iWONDERCOOK robotic chef does the cooking for you.

Yo-Kai Express Takumi

Technically the new Yo-Kai Express Takumi home ramen machine is something closer to a Keurig for food than a food robot, it’s worth looking at this machine given the company’s smart vending roots.

The Takumi, which debuted at Food Tech Live last week, follows Yo-Kai’s move into the home market with its home delivery service. The Takumi takes the frozen ramen bowls, which are centrally produced in Yo-Kai’s California facilities, and steams and reconstitutes the ramen in just a few minutes.

The company has plans to not only to start selling ramen to users in the office and home, but on the go with an autonomous ramen delivery cart.

Day With Yo Kai Final

Samsung Bot Handy

Samsung announced a trio of home robots aimed at helping humans around the house. The one that was most interesting when it comes to lending a hand in the kitchen was Bot Handy, a mobile bot with large articulating hand that can help with anything from pouring a glass of wine to doing the dishes.

It’s worth noting that Samsung -- like many big consumer electronics brands -- has a history of showing off cool new product prototypes at CES that are more conceptual than anything close to actually coming to market, including last year’s they showed off a Moley-kitchen style robot system. Let’s hope the Bot Handy is something the company delivers on.

[CES 2021] Next Generation Robotics | Samsung

Julia

The Julia is another single-pot home cooking robot that allows the user to set it and forget it for pretty much an entire meal. The Julia is made by a Nymble, an Indian-based startup with plans to start selling the product in 2021. Nymble CEO Raghav Gupta showed off the product at Food Tech Live, told us that they are expanding their alpha trial program in the United States in February.

ColdSnap

Like the Takumi, the ColdSnap isn’t quite a full-fledged food robot, but something closer to a Bartesian style automated appliance that makes cold ice cream (as well as frozen margaritas and smoothies). While we weren’t able to get our hands on the ColdSnap, the company gave CNET a hands-on preview of the appliance and the editors were impressed. The appliance, which is going to a fairly spending $500-1,000, reminds me of the Wim fro-yo appliance that never made it to market after an acqui-hire of the founding by Walmart.

What Does Weber Acquiring June Say About the Smart Oven Market?

When Weber announced this week that it was acquiring smart oven maker, June, my first thought was — phew.

There was relief in knowing that June, the company, wasn’t going under any time soon, so my family will continue to enjoy June, the oven, for the foreseeable future. Instead of being a scrappy startup and dealing with issues like funding, scaling and exits, June now enjoys the deep pockets and vast sales network of grilling giant, Weber. In other words, June lives on and my smart oven won’t get bricked.

At least I hope not.

Acquisitions can get weird and who knows what Weber has in store for June, or how those plans will change. An old saw in business acquisitions is that companies don’t fully realize what they’ve bought until six months after the deal is closed.

Anyway, after the initial wave of relief, my thoughts turned to the countertop smart oven market in general, a category that still quite young. After all, June launched its first gen oven in December of 2016, which isn’t that long ago. But Weber buying June is the second major acquisition in the space since then. Brava, which started shipping its oven that cooks with light in November of 2018, was acquired by Middleby in November of 2019. Even Anova, which only launched its first smart oven last year, is owned by Electrolux.

That pretty much just leaves Tovala and Suvie as the remaining independents in the countertop smart oven space. But how long with they last?

Suvie positions itself more as a kitchen robot, in part because it doesn’t just re-heat food, it also keeps it cold and times the cooking to fit your schedule. Tovala raised $20 million and saw its business accelerate last year, thanks in part to the pandemic keeping people at home. It also doesn’t hurt that the company has has a low price point ($300) for its oven.

Anova is certainly pushing its steam-sous vide cooking as a differentiator rather than any “smart” capabilities as it enters the market. At $599 it’s not cheap per se, but Anova is promising more professional grade cooking than it is high-tech, connected bells and whistles.

A couple of years back, I wondered which companies would survive the kitchen countertopocalypse. There were so many multi-purpose (June) and single-purpose (Rotimatic) smart countertop devices coming to market that the average kitchen just doesn’t have the space to support them all. The field would winnow down, especially because some of these countertop ovens are big and take up a lot of space.

At the same time the countertop oven space is consolidating, we’re starting to see key smart features being added to traditional built-in ovens from the big players. At CES 2019, Whirlpool showed off its KitchenAid Smart Oven+, which featured automated cook programs. LG debuted an oven at CES this year that featured an Air Sous Vide setting.

The countertop smart oven space won’t disappear completely. The smaller size and cooking cavity can make preparing meals easier than firing up the gigantic built-in oven. And because they are cheaper than built-ins and don’t require installation, countertop ovens can be fertile territory for innovation. So the field is ripe for a new wave of startups to create and launch new cooking technology on a smaller scale. If that tech catches on with consumers, a bigger appliance company will acquire that startup and the cycle continues. And the industry as a whole can find relief in that.

RoboEatz Shows Off Ark 03 Autonomous Robotic Meal Making Kiosk

It’s pretty remarkable to think of how much food robots have evolved over the three years I’ve been covering them. At the start of that time period, we had Flippy the robotic arm that could grill up burgers, and even that required human help. Fast forward to 2021, and RoboEatz is showing off its fully autonomous robotic meal-preparation system that can put together 1,000 meals on its own before a human is needed to refill its ingredients.

RoboEatz Ark 03 is a 200 sq. ft. standalone kiosk featuring an articulating arm, 110 fresh ingredients (30 of which are liquids like soups and salad dressings), an induction cooker and a number of cubbies that hold orders for pickup. After an order is placed (via mobile app or tablet), the robot arm grabs ingredients, places them in the rotating induction cooker, and puts the finished meal container in a cubby. You can see it in action in this video:

RoboEatz creates both cold and hot food, can produce a meal every 30 seconds, cleans and sanitizes itself, and only needs a human for refilling any ingredients that run out. Food can also be customized to meet certain taste and dietary preferences.

You won’t be seeing RoboEatz-branded robo restaurants, as the company plans to license out its technology to third-party restaurants. As I’ve said before, this type of co-branding makes a lot of sense for food robot companies. Hungry consumers won’t know what a “RoboEatz” restaurant would serve, but they would know what to expect from a robot kiosk with “Olive Garden” branding (or whatever, I’m just naming a random.

There is more interest in food robots now, thanks to the global pandemic. A fully robotic kitchen/restaurant means a truly contactless meal creation and pickup experience.

But food robots have the potential to help with the operational costs of running a foodservice operation. There’s the aforementioned savings from not employing a human (a bigger, ethical and societal issues to be sure), but robots can also dispense ingredients with precision and consistency, reducing ingredient waste. Robots can also keep ingredients out of the open keeping them away from outside germs and preventing cross-contamination. Plus, they can run 24 hours a day without a break, eliminating any downtime.

All of the above is why we’re seeing so many fully autonomous robot restaurants coming to market right now. Karakuri, YPC and Highpper all have various versions of fully autonomous robot restaurant kiosks in the works.

All of those companies are also eyeing the same high-traffic locales when placing their robo-restaurants: hospitals, transportation hubs, schools, etc. RoboEatz says it will be opening its first location “soon” in Latvia (where the company is headquartered), with another location at an undisclosed airport opening as well as a prototype store in the U.S. later this year.

Weber Acquires Smart Oven Maker June

Grill giant Weber announced today that it has acquired smart oven maker June. Terms of the deal were not disclosed. June had raised a total of $29.5 million in funding.

According to the press announcement, “Weber has acquired 100 percent of June, including its proprietary software, technology, intellectual property, and the June Oven line of products and accessories.”

The two companies had worked together previously on the Weber Connect, a connected temperature monitor and guided cooking device that helped grillers monitor and cook meats, and the SmokeFire pellet grill.

June is best known as being one company in the first cohort of smart-oven makers that included Tovala, Brava and Suvie. The June oven features a camera that can identify foods placed inside and automated cook programs for a wide range of foods. The company launched its third-gen June oven in October of last year.

According to today’s press release, the acquisition of June will equip Weber with technology that can “revolutionize the outdoor cooking experience.” So it’s not hard to guess that we’ll be seeing fancier, more high-tech grills coming to market soon.

On the other side of the equation, June will now have access to Weber’s gigantic sales network, infrastructure and resources to increase its sales and further develop its connected cooking platform.

June is the second connected, “smart” countertop oven makers to get acquired. In November of 2019, Middleby acquired Brava, which used special light technology to cook dishes.

FWIW, I have a second-gen June and my family uses it daily. Personally, I like June being acquired by a big company like Weber because it (hopefully) means that I don’t have to worry about June going out of business and support for my oven disappearing.

CES 2021: LG InstaView Range Adds Air Sous Vide Capability

In advance of CES 2021, LG announced yesterday the latest version of its InstaView range, which now comes with Air Sous Vide Technology.

According to the press announcement, LG’s new Air Sous Vide mode allows users to replicate the low-and-slow cooking of sous vide without the water bath. Food is placed inside vacuum sealed bags and the oven can maintain temperatures between 100 – 205 degrees F for up to 48 hours without water.

LG’s new feature immediately brings Anova’s steam combi-oven, which launched this past fall, to mind. Unlike LG’s, Anova’s oven is countertop rather than built in, but it does promise sous-vide type cooking without the water bath. The difference, however, is that Anova uses steam to create the sous-vide environment and doesn’t require food to be sealed in a bag. I look forward to some adventurous soul using both and comparing the results (paging Joe Ray!).

The new LG range sports a number of features carried over from previous models. There’s the knock-knock feature, which turns the glass front panel transparent so you can see what’s inside (though this feature seems more handy on a fridge). In addition to air sous vide, the LG oven also does air frying.

This being a smart appliance, there are also a number of software technology integrations baked into the new LG range including Google Assistant, Amazon Alexa, which allow for voice control and monitoring. Additionally, LG has a number of guided recipe partnerships with services such as SideChef, Innit, Drop and Tovala that provide appropriate oven controls. There is also scan to cook functionality allowing users to heat frozen meals from brands such as Nestlé and Kraft Heinz.

CES 2021 will be virtual, so we won’t get quite the same hands on with appliances that we have had in previous years. Still, it will be interesting to see if features like air sous vide become common among this crop of kitchen appliances.

HakkoBako is Making Connected Fermentation Chambers for Pros and Home Foodies

While fermented food has long made up an important and tasty part of our diets, this food powered by healthy microorganisms is finding newfound interest nowadays everywhere from the high-end restaurant to the home hobbyist to the food science lab.

However, even as this century old process enters the modern day zeitgeist, there hasn’t been much innovation in the tools in recent decades that help chefs or home cooks try their hand at fermentation. Oftentimes, chefs just use a variety of mason jars and crocks to ferment their food, or just repurpose other equipment, like combi-ovens or dehydrators, to act as makeshift fermenters.

All of which got Hong Kong-based food entrepreneur Tommy Leung asking why there wasn’t more modern equipment to empower the professional or home chef when it came to fermentation. Leung saw an opportunity to create a modern piece of equipment that would enable chefs to have multiple fermentation projects in process at once, where they could manage their fermented food with precise monitoring tools while not turning their kitchens into something resembling an eighteenth-century apothecary’s lab.

The result is HakkoBako, an IoT-connected fermentation chamber for professional food producers. The HakkoBako will have both an app as well as a touchscreen on the front of the device where users can start projects, control temperature and humidity for their fermentation food, and monitor their food with precise data logs of temperature via the app. The chamber, which will have both warming and refrigeration modes, will also have an internal camera to monitor the state of projects. Users will be able to enter and save recipes on the system.

Tommy Leung in front of a HakkoBako chamber

“HakkoBako is building a fermentation chamber that lets chefs create unique and proprietary foods and flavours,” Leung told The Spoon via email. “We are using technology to make the fermentation process easier, faster and with more consistent results.”

According to Leung, the company has developed multiple prototypes that are currently being used by chefs and food developers. They’ve also started to work with a contract manufacturer in China, but the pandemic has made in-person visits to the manufacturer difficult and has put them a little behind schedule on production of the professional unit.

He also told The Spoon via email that they have plans for a home fermentation chamber that they are hoping to launch in the spring of 2021. Targeted at a price point of roughly $200 (versus around $5,000 for the commercial version), the home HakkoBako will allow users to make things like yogurt or kimchi.

Long term, the company also has plans for a fermentation lab that would be a destination for other food innovators. According to a deck Leung provided to the Spoon, the lab will “will provide support, novel ingredients and techniques with on-going testing, recording and development of the chefs recipes.”

This U.K. Team Created a Multigenerational Kitchen That Adapts to the Needs of Any Age

For senior citizens, one of the biggest challenges of independent living is getting around in the kitchen. Decreased mobility can make it hard to access what you need to make a meal, while everyday occurrences, like slippery surfaces, become potentially perilous.

At the same time, kitchens also present challenges and dangers for the young ones, too. Whether it’s high countertops or a drawer full of sharp knives, small children need to be constantly monitored when they are in the kitchen.

But what if you have a home where inhabitants of these opposite ends of the age spectrum both live?

That’s the scenario designer Johnny Grey and Professor Peter Gore, an expert on ageing, wanted to answer when they started working on a concept for a multigenerational kitchen in 2017. The two noticed that more generations were living under one roof in their country and elsewhere in the world, so they started to think about how a kitchen space could serve the diverse needs of multiple generations and age groups.

With support from the U.K.’s National Innovation Centre for Ageing, they set about envisioning a kitchen that would factor in all the various needs and adapt to those needs depending on who was using it. The first thing they did was interview families to identify what types of challenges they would face.

“Rather than focussing on why people have problems, we focused on the problems people have,” said Gore. “This gave us the insight that we needed to move to the design stage.”

After the research phase, the group set about building a prototype with funding from a national consortium of universities.

Some of the features the kitchen concept includes are:

Cook anywhere surfaces. The prototype incorporates induction heating and cordless power (like that developed by the Wireless Power Consortium) technology in a number of surfaces. While those not familiar with induction heating may think this sounds dangerous, it’s much safer than gas or electric since the cooking surface doesn’t get hot.

Adjustable height countertops. The prototype has multiple adaptable height countertops. This idea of adaptable or personalized space is one I’ve noticed getting traction in recent years, and it really makes sense for a multigenerational kitchen.

Smart assistants. The prototype makes use of smart voice assistants such as the Amazon Alexa, but gives the assistants some operating context by giving specific control permissions depending on who is accessing what.

The combination of cutting edge features with warmer design featured like soft-edged counters and memory-era wallpaper resulted in a kitchen prototype that designer Grey felt was both welcoming and functional.

“The furniture is very flexible and it’s responsive -- it can behave in a way which works well for you and your family,” said Grey. “It’s about a living space, much more than just a kitchen.”

Despite the fact that more generations living under one roof has continued to increase, like many industries, the home design space is often too fixated on building towards the needs of a single generation in mind. Grey and Gore hope this prototype can influence more home designers and builders to build with multiple generations in minds.

“You can often find examples of homes that are designed and built with a specific age group in mind such as homes for older people, or apartments targeted at young professionals,” said Gore. “We think there is potential to shift design and construction away from thinking about building properties for just one or two generations toward building for multigenerational homes.”

You can take a look at the building of the prototype and hear from Gore and Grey in the video below.

The four generation kitchen prototype - enhancing home life through kitchen design