Tech of the Future at CES 2023: Self-Driving Strollers and Friendly Cars

CES 2023 featured tons of cool tech products, including many that you can get right now, like a Citizen smartwatch that can gauge fatigue and a smart kitchen mixer that can tell when your dough is ready. But some of the most fantastic products at CES are the futuristic inventions that won’t be available for years.

The convention is loaded with prototypes, designs and big ideas for fascinating products to come. Some cost exorbitant sums, and some may never hit the market. That’s just part of the mystique. 

A real flying car, tablets that shrink and bend, cars that double as your friend and electric roller skates are only some of the groundbreaking creations on display: here’s the most futuristic tech at CES 2023. For more, check out the biggest highlights of CES 2023 and the weirdest products we found at this year’s convention.

Aska A5 debuts as the first functional flying car

Aska A5 flying care at CES 2023 debut

Bree Fowler/CNET

Ever since The Jetsons hit TVs back in 1962, flying cars have become synonymous with the future, but more than 60 years later, we’re still waiting to fly one. We got a big step closer at CES 2023, where the Aska A5 — the first fully functional prototype of a flying car — made its debut Thursday.

You can call the Aska an airplane with wheels or a car with wings, but technically it’s an electric vertical take-off and landing, or eVTOL, aircraft. The vehicle can carry four passengers, and its foldable wings expand to launch vertically and fly for a range of 250 miles.

Though the Aska A5 officially takes off at CES this year, you won’t be able to fly one anytime soon. Next Future Mobility plans to release the vehicle in 2026. Preorders require a $5,000 deposit that is refundable after a year.

Candela C-8 Hydrofoil brings high-speed electric travel to the water

candela-c8-promo

The Candela C8 electric hydrofoil leisure boat.


Candela

Building on the concepts it developed in its limited prototype C-7 electrical boat, Swedish tech maker Candela is almost ready to bring its technology to the masses — or at least anyone who can afford the expected $390,000 price tag. The new C-8 Hydrofoil hovers above the water and features a completely redesigned propulsion system that operates underwater, making a quiet ride almost silent.

Candela’s new electric boat can travel at 50 knots (about 57.5 miles an hour) and will get you about 50 miles before the battery needs to be recharged, which only takes about 2 hours. The C-8 adds an enclosed cabin and ups the number of passengers to eight.

CNET’s Bridget Carey says that the C-8 “feels like you’re floating on a magic carpet ride through the water.” The boat will hit the water for actual customers later this year. Learn more about the revolutionary tech on board with this video walkthrough. 


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First Look at the Candela C8 Hydrofoil Electric Boat



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Samsung screens that fold, slide, bend and roll

Screens for mobile phones and tablets have been static rectangles for a long time now. CES 2023 shows that innovations from producers like Samsung Display could change all that, with screens that collapse, expand and extend to offer multiple viewing and storage options.

For foldable devices, Samsung has made the biggest splash at this year’s CES with its Flex Hybrid tablet concept that closes like a notebook computer and features a screen that adjusts between 10.5 and 12.4 inches. The company also demonstrated its Flex S, a device that folds multiple times to switch between phone size and tablet.

The Samsung Flex Hybrid device both folds and expands.


David Katzmaier/CNET

These foldable devices aren’t even products in development yet, just “concepts,” so there’s no telling what the final versions will look like. And because Samsung Display is a supplier for other manufacturers, the final products might come from a different provider than Samsung. However, CNET’s Eli Blumenthal explains why and how this year’s inventions could be a turning point for foldable devices.

Are parents ready for a self-driving baby stroller?


GlüxKind

Canadian company GlüxKind is banking on it with its Ella stroller, an autonomous device that can keep moving on its own. The stroller isn’t meant to move independently with a baby inside — the automatic movement is intended for when your baby doesn’t want to ride anymore and is walking or being carried by you.

This “smart” stroller doesn’t only propel itself. It’s dual-motor drive system makes it easy to push up hills or offroad, and intelligent braking will keep it from rolling downhill.

A built-in white noise machine can help your little one fall asleep, and when you pause to stop anywhere, Ella can gently rock your little one back and forth.

All these cool features don’t come cheap, however. The Ella is expected to retail for $3,300. While the company is accepting preorders, there’s no scheduled release date.

BMW’s i Vision Dee wants to be your friend

If the Aska A5 is blurring the line between airplane and automobile, BMW’s concept i Vision Dee wants to blur the line between car and companion. 

The German automotive giant’s i Vision Dee imagines a future where your car is far more personable. E Ink panels allow you to program emotive, human-like faces into the car’s grille, and sophisticated AI technology is able to talk to you less like a servant and more like a buddy. 

That E Ink goes beyond the grille. The entire car is made up of E Ink panels, 240 of them to be exact, allowing you to change the color and create patterns in seconds. 

The BMW i Vision Dee is for now just a concept, but some of its features will trickle out to BMW’s actual cars. BMW CEO Oliver Zipse said, for instance, that the AI-powered HUB technology the company put into the i Vision Dee will come to real cars in 2025. 

TCL’s RayNeo X2 AR glasses can translate conversations in real time

A black pair of smart glasses on an illuminated white table, with clear lenses.

Waveguides in the lenses of the RayNeo X2 AR glasses help project the displays.


Scott Stein/CNET

Chinese technology company TCL is best known for its TVs, but it’s also branching out into virtual and augmented reality devices. Its RayNeo X2 AR glasses are available for demo at CES 2023, and CNET’s Scott Stein was able to use them to translate a conversation with a Chinese speaker in real time.

The frames on the RayNeo X2 AR glasses are slightly bulkier than regular eyeglass frames, but prescription inserts eliminate the need to wear other glasses underneath, and the expected introduction of Qualcomm’s AR1 chipset should reduce the size further.

The RayNeo X2 AR glasses will be released to the developer community at the end of the first quarter of 2023, with a commercial launch set for later in the year.

Dell’s Concept Nyx Controller makes gaming personalized

Although Valve may have tried to reinvent the game controller years ago, we haven’t seen much innovation in the game controller space since everyone settled on the functional Xbox design as a standard.

Developed by hardware subsidiary Alienware, the prototype Concept Nyx Controller builds on the Concept Nyx home gaming server that Dell introduced last year. A fingerprint sensor at the top recognizes individual players, automatically loads their preferences and can even start their favorite games.

Two customizable scroll wheels on the bottom of the controller let you easily select weapons or other menu items, and touch sensors under the left and right shoulder buttons offer sliding controls. Shift buttons on the back of the controller make it possible to quickly switch between two entirely sets of commands on the front.

The Nyx Controller is still a prototype in development with no expected release date yet.

Atmos Gear adds electric power to inline skates 

An illustration of electric inline roller skates

Atmos Gear

Electric bicycles are taking off, so why not electric roller skates? Thanks to French company Atmos Gear, you soon won’t have to take off your skates to conquer steep hills. Its motorized skate frame is designed to fit any roller boot and will get you cruising at about 15 mph.

The skates are powered by a remote control and designed to give you a range of about 12 miles. You can also use the skates manually, even while the motor battery is recharging. 

Atmos Gear is currently accepting preorders of the product for 500 euros ($530, £440, AU$775 converted). The company has said that it will begin production of its electric skates once it’s received 200 preorders — it has currently received 150.


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Loovic promises hands-free directions for navigating anywhere

An illustration of the Loovic navigational neckband, which wraps around the neck and features speaker on the left, right and back

Loovic

One of the more unusual prototypes shown at CES 2023 is a wearable neckband from a Japanese startup company called Loovic. The device hangs around your neck, sort of like studio headphones when not in use, and provides audio and tactile directions to help you navigate without looking at your phone.

The device was inspired by Loovic CEO Toru Tamanka’s son, who suffers from a cognitive impairment that makes following directions difficult. It will work for anyone who wants to receive navigation while keeping their head up. The Loovic neckband delivers directions through speakers as well as tactile feedback on the neck and shoulders. The device is still a prototype, with no scheduled release.

Keep up with all the announcements from Las Vegas with the wackiest gadgets and doodads from CES, and check out all the different robots we discovered at the show.

TX: ‘A step toward the future’: SwRI advances self-driving technology as VIA eyes possible applications

Sep. 8—Sitting in a back seat of a shuttle driving by itself throughout the campus of Southwest Research Institute, Jeffrey Arndt just lately received a glimpse at the potential.

The CEO of By way of Metropolitan Transit appeared to have confidence in the synthetic intelligence guiding the 14-seat vehicle— a blend of ground-facing cameras, automation application and lidar know-how — as it rolled together at 25 mph.

“I feel it is a action toward the potential,” Arndt reported as he viewed the SwRI engineer in the driver’s seat — but whose fingers were being not on the controls. “There are factors that are still in development. But you have to have to create it incrementally. It is interesting to see and consider the chance that this would offer us.”

As Texas and the rest of the country foresee a long term with self-driving cars and trucks, SwRI’s campus has develop into a laboratory for autonomous systems that could support modify the way San Antonians navigate the roadways, as perfectly as other AI investigate geared towards increasing and maintaining community infrastructure.

By using, San Antonio’s general public transit enterprise, and SwRI have been in “consultation” about engineering research on autonomous vehicles, Arndt reported.

“I believe this ten years is wherever we will see this actually arrive comprehensive-blown,” he claimed. “We appear for possibilities to get the job done on demonstration projects.”

Government, academia and the non-public sector have extensive touted completely autonomous autos as a implies to make improvements to transportation. And however it can be anticipated to just take many years, perhaps a long time, to access the place that self-driving vehicles are ubiquitous and greatly made use of, that has not stopped enthusiasts from investing in them.

Or the point out from pushing for them. In 2017, Gov. Greg Abbott signed a bill letting autonomous motor vehicles on Texas roadways.

Two yrs afterwards, San Antonio officials reviewed figuring out how the technology may well affect fares. And they declared they planned to introduce self-driving motor vehicles at Brooks, the previous Air Drive foundation turned mixed-use progress on the Southeast Aspect, as a “initially mile/final mile” choice for bus travellers.

Self-driving shuttles, they thought, could transportation quite a few riders among their residences and their bus stops. The operate would emphasis on shifting individuals from the then-new By way of Brooks Transit Middle to their destinations.

But a great deal continues to be unclear about this sort of a pilot project. COVID-19 “put the brakes” on designs to take a look at the driverless transit system in 2020, in accordance to Brooks’ web-site.

“Through has no current (autonomous motor vehicle) assignments in advancement, although we keep on to assist the advancement of revolutionary mobility alternatives and the foreseeable future integration of autonomous alternatives, with transit as the spine,” By way of mentioned in an electronic mail.

Brooks did not reply to requests for remark.

SwRI, meanwhile, is functioning on self-driving projects for other customers.

Clearly show and convey to

In August, SwRI engineer Dan Rossiter aided arrange a demonstration of the automatic shuttle for participants in the Management SA plan, together with users of the San Antonio Chamber of Commerce and the San Antonio Hispanic Chamber of Commerce.

“This midsize passenger automobile presents foreseeable future prospects to strengthen mobility and obtain to transportation in neighborhoods where by large buses simply cannot journey,” Rossiter said.

At SwRI, Arndt described how an autonomous shuttle could first be employed at Brooks or the Health care Center place, for example, by people today trying to find “final-mile” connections.

“I assume which is possibly the first application that we are going to have,” he reported. “It would run on a route and timetable.”

Subsequent methods could include dedicated lanes on streets, which Arndt identified as “the great place to have automated know-how,” even though he acknowledged that San Antonio lacks an substantial community of large-occupancy auto lanes, these kinds of as individuals the state takes advantage of to motivate carpooling.

He famous the Texas Office of Transportation’s multimillion-dollar strategy to incorporate a pair of lanes to some 120 miles of Interstate 35, from Bexar County to Williamson County.

“I-35 is likely to have HOV on that second level,” he stated. “So that’ll be an chance.”

A hypothetical lengthy-expression use, he reported, would require autonomous buses functioning set routes.

Arndt’s comments arrive as By means of is scheduling a $320 million citywide “bus speedy transit” method with devoted lanes and lessened wait around instances that will choose an approximated 5 decades to get working.

For now, the head of the neighborhood transit method reported he’s been checking with SwRI engineers for updates about their development on autonomous autos.

AI and infrastructure

The worth of synthetic intelligence study with respect to solving infrastructural difficulties goes further than transportation.

Rossiter sees a sense of urgency to establish technologically sophisticated infrastructure as the location braces for development in the coming decades. He pointed to the destruction that winter storms have triggered to current infrastructure as indicative of a want for adjust.

“It implies that the infrastructure has to dramatically develop,” he claimed. “If we keep accomplishing what we’ve constantly finished, it is really not heading to scale until we seem at items in another way and just take gain of know-how to do things smarter than we have in the past.”

In August, dozens of city leaders, quite a few of whom are portion Leadership SA, joined Rossiter for a number of hours on SwRI’s sprawling 1,500-acre campus to capture a glimpse of infrastructure-linked technology initiatives. Management SA, which was established additional than a few a long time ago, involves introducing community leaders to assets this kind of as SwRI and other companies.

Cody Porter, a supervisor of the intelligent devices segment at SwRI, explained “crawling robots” to a person group, as well as a robot intended to traverse power traces although charging alone on the line.

The group integrated Tiffany Grant, deputy main of employees at the nonprofit Communities in Schools in San Antonio, who questioned no matter whether such robots can choose pics or movies.

“Yeah, and it can report back the GPS locale of wherever I observed this defect and what was incorrect,” Porter explained. “There is certainly whole lot of intriguing motives to make these matters.”

Porter also showed simulated footage of one more robot carrying out perhaps perilous jobs, like inspecting, getting rid of paint from and portray corroded energy lines.

“You could do this manually, but you will find not adequate folks,” he stated. “I’ve been performing this for about 15 yrs, and I have never ever changed a human being with a robotic.”

“Let’s progress this engineering,” Grant claimed, “and get this robotic to paint my dwelling.”

Beating obstructions

Also at the party was Beth Watkins, a justice with the 4th Courtroom of Appeals in San Antonio, who rode in SwRI’s autonomous auto. She marveled at the realistic, daily purposes of the robots being designed at SwRI, such as the prospective employs for autonomous motor vehicles across the city.

“When we’re wondering about infrastructure in conditions of broadband and Wi-Fi, that is simpler for me to get for the reason that I currently use it,” she reported.

She was specially amazed by the autonomous vehicle’s gentle detection and ranging — or lidar — technology, which can detect road blocks this kind of as trees and pedestrians crossing the street, employing laser beams to create 3D representations of its surroundings.

SwRI engineers, who have been doing the job on the autonomous shuttle for extra than a yr, had not long ago driven it on the institute’s grounds so that their Ranger system’s floor-dealing with cameras and automation application could map the road’s unique functions, these types of as cracks, oil stains and other markings.

When Alexander Youngs, a senior investigation engineer at SwRI, sat in the driver seat all through the demonstration function, he retained his palms off the wheel and enable the process match in genuine time hundreds of options found on the ground to the info saved in the process.

The system requires images for comparison, Youngs mentioned, which allows it to be accurate within about 2 centimeters.

“Imagine of these shots like a fingerprint on the highway,” he stated. “As lengthy as we’ve driven there ahead of, we can inform the place we are.”

With a number of lidar cameras attached to the car or truck, passengers watched a monitor at the front of the shuttle displaying reds and oranges that indicated the highway and surrounding signals, trees and a few persons strolling on the campus.

“It was super cool mainly because of the lidar,” Watkins said. “It was a absolutely unique way of executing autonomous motor vehicles than I realized about.”

The lidar program has some limits, which Youngs acknowledged in reaction to a rider who requested how the shuttle performs in snow. Although it does Okay in gentle snowfall, the technologies struggles to see the highway when snow addresses the floor. Also, Youngs explained the car can work in the rain but that the lidar can have problems in heavy rain.

Arndt was in the autonomous shuttle when it jerked a little bit to a halt as its synthetic intelligence detected a cease indication. It then continued forward and approached a crosswalk.

Arndt questioned about the system’s skill to detect pedestrians who are about to cross the road, just as quite a few individuals in the crosswalk began shifting across the street. As the shuttled approached, the lidar detected them and fashioned shapes in the length.

“That is a different element that’s in progress as nicely or wants additional testing,” Youngs stated. “If the pedestrian is in the vicinity of a cross wander, it will gradual down and allow them cross.”

eric.killelea@specific-information.web

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