
Hyundai Might Ditch Buttons for a Massive Tesla-Style Screen. That's a Mistake
Pleos Connect is scheduled to launch in 2026, and according to Korea's
ET News
, the first two vehicles to receive the updated system will be the European i30 (the next-generation Elantra in the US) and the next-generation Tucson SUV. Hyundai hopes to have the technology in more than 20 million cars by the end of the decade.
Pleos Connect Prototype
Photo by: Hyundai
The technology sounds revolutionary—and much of it is. But as we've seen so many times before, this could mean bad news for fans of buttons.
Even though Hyundai is
adamant that it will keep buttons in its vehicles
, Pleos Connect's so-called "Tesla-style" screen has us skeptical. As previewed by the concept from
back in April
, the sizable display controls nearly all in-vehicle functions and takes up a significant portion of the dashboard. Only volume and tuning knobs are visible in early prototypes.
Said to mimic a modern smartphone, Pleos Connect will allow for multi-window functions and multiple apps running simultaneously on the same screen. It will also have a built-in Gleo AI system that can accurately recognize voice commands and perform functions more complex than Hyundai's current voice command system.
Some buttons will likely move to the steering wheel, while other functions will undoubtedly make their way onto the screen. That said, where other automakers have started ditching the instrument cluster entirely, Hyundai promises to keep that feature intact in cars with Pleos Connect.
As mentioned, the first Pleos-equipped cars will hit the road sometime in 2026, and we can expect the technology to make its way to the US in the following years. We should have a better idea of exactly how Hyundai plans to use the technology by then.
Bring Back Buttons
Buttons Are Back, Baby
BMW's New Infotainment System Throws Everything Onto the Windshield
Share this Story
X
Got a tip for us? Email:
tips@motor1.com
Join the conversation
(
)
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
16 minutes ago
- Yahoo
EU's Von der Leyen to Meet Trump in Bid to Clinch Trade Deal
(Bloomberg) -- European Commission President Ursula von der Leyen said she will travel to Scotland this weekend to meet with US President Donald Trump, as the two sides aim to conclude a trade deal ahead of an Aug. 1 deadline when 30% tariffs on the bloc's exports are otherwise due to kick in. Trump Awards $1.26 Billion Contract to Build Biggest Immigrant Detention Center in US The High Costs of Trump's 'Big Beautiful' New Car Loan Deduction Can This Bridge Ease the Troubled US-Canadian Relationship? Salt Lake City Turns Winter Olympic Bid Into Statewide Bond Boom Trump Administration Sues NYC Over Sanctuary City Policy After months of talks and shuttle diplomacy between Brussels and Washington DC, the two sides have been zeroing in on an agreement this past week that would see the EU face 15% tariffs on most of its trade. Limited exemptions are expected for aviation, some medical devices and generic medicines, several spirits, and a specific set of manufacturing equipment that the US needs, Bloomberg previously reported. Steel and aluminum imports would likely benefit from a quota under the arrangements under discussion but above that threshold they would face a higher tariff of 50%. 'We'll see if we make a deal,' Trump said as he arrived in Scotland on Friday. 'Ursula will be here, highly respected woman. So we look forward to that.' Trump reiterated that he believed there was 'a 50-50 chance' of a deal with the EU, saying there were sticking points on 'maybe 20 different things' that he did not want to detail publicly. Trump gave similar odds in Washington before leaving, but also said the EU had a 'pretty good chance' of reaching an agreement. Trump announced tariffs on almost all US trading partners in April, declaring his intent to bring back domestic manufacturing, to pay for a massive tax-cut extension and to stop the rest of the world from taking advantage of the US. He has also sought to remove what he describes as barriers for American companies to do business around the world. Alongside a universal levy, the US president has hit cars and auto parts with a 25% levy, and steel and aluminum with double that. He's also threatened to target pharmaceuticals and semiconductors with new duties as early as next month, and recently announced a 50% tariff on copper. The EU has been seeking quotas and a ceiling on future sectoral tariffs that the US has yet to implement but it's unclear if an initial agreement will shield the bloc from potential future levies at this stage. The agreement would also cover non-tariff barriers, cooperation on economic security matters and strategic purchases by the EU in sectors such as energy and artificial intelligence. The terms of any initial deal, which is expected to take the form of a short joint statement, would need to be approved by member states, according to people familiar with the matter. The statement is seen as a stepping stone toward more detailed negotiations. Because of the ongoing uncertainty, the EU has in parallel put together countermeasures in the event of a no-deal scenario, which would see it quickly hit American exports with up to 30% tariffs on some €100 billion ($117 billion) worth of goods — including Boeing Co. aircraft, US-made cars and bourbon whiskey — in the event of no-deal and if Trump carries through with his threat to impose that rate on most of the bloc's exports after Aug. 1 or in future. The package also includes some export restrictions on scrap metals. In a no-deal scenario, the bloc is also prepared to move forward with its anti-coercion instrument, a potent trade tool that would eventually allow it to also target other areas such as market access, services and restrictions on public contracts, provided that there is a majority of member states backing its use. (Updates with Trump remarks in paragraphs 4-6.) Burning Man Is Burning Through Cash Confessions of a Laptop Farmer: How an American Helped North Korea's Wild Remote Worker Scheme It's Not Just Tokyo and Kyoto: Tourists Descend on Rural Japan Elon Musk's Empire Is Creaking Under the Strain of Elon Musk A Rebel Army Is Building a Rare-Earth Empire on China's Border ©2025 Bloomberg L.P.
Yahoo
16 minutes ago
- Yahoo
Breakthrough as Bayern Munich prepare IRRESISTIBLE offer for Luis Diaz
Liverpool's record-breaking transfer window shows no signs of slowing down. Having already added Florian Wirtz, Hugo Ekitike, Milos Kerkez, Jeremie Frimpong and Giorgi Mamardashvili - the Reds are pressing on with a bid for Alexander Isak. Richard Hughes has already overseen around £265m worth of spending - with more to come not only on Isak but perhaps a centre-back too. LFC x New Era Shop Now LFC Signed Merch Shop Now LFC x Titleist Shop Now To finance any further spending, it's likely that sales will be required. Liverpool have got the likes of Federico Chiesa, Ben Doak, Harvey Elliott and Tyler Morton potentially available for transfer this summer. But the two heavyweight departures who could go a long way towards guaranteeing Isak's arrival are Darwin Nunez and Luis Diaz. Bayern ready to sweeten Diaz deal Nunez, 26, has got interest from Saudi Arabia and could be on his way if Liverpool receive around £70m. Bayern Munich, meanwhile are the frontrunners for Diaz - with Liverpool thought to be holding out for €80m for their Colombian winger. The Bavarians have been reluctant to go that high - with the latest reports from BILD indicating that a deal reaching €75m could be sanctioned. However there is a crucial TWIST in Bayern's latest offer - according to the same source. In order to make up the shortfall, Bayern are now willing to insert a Saudi sell-on clause. Diaz is attracting interest from Al-Nassr this summer but would probably prefer to remain in Europe at this stage of his career. But should the 28-year-old opt to pursue a deal in the Saudi Pro League a little further down the line then Liverpool will be there to cash in. Bayern propose "Saudi sell-on" to Liverpool 'SPORT BILD learned: Before Liverpool FC left for their trip to Asia on Sunday, Diaz's agent Raúl Costa was in Liverpool for several days to negotiate and sound out the possibilities of a deal,' a report reads. 'Bayern Munich aren't willing to go as high as €80 million for a transfer fee. Internally, a threshold has been set for Díaz's transfer fee and salary. The transfer fee is expected to be around €75 million. 'However, various models are being discussed. One is to include a sell-on clause in Díaz's contract with Liverpool. 'This means that if he is sold to Saudi Arabia in, say, three years (Diaz is to receive a four-year contract), Liverpool can participate. The fact is: Bayern are very optimistic that the deal can be completed in the next 7 to 10 days!' And so we enter a crucial period for Diaz's future. If Bayern can get this deal over the line - it will add a crucial €75m to the mix for Isak. And then, if and when Diaz heads off to Saudi Arabia, the club will cash in again.


Gizmodo
17 minutes ago
- Gizmodo
Physicists Create First-Ever Antimatter Qubit, Making the Quantum World Even Weirder
Readers following our existential physics coverage may remember a recent breakthrough from CERN concerning matter's evil twin, antimatter. An outstanding mystery in physics is that our universe contains more matter than antimatter, contradicting most theoretical predictions. Scientists, therefore, understandably want to explain why and how this is the case. CERN announced yet another significant leap for studying antimatter—and this time, the achievement creeps into the realm of quantum computing. In a Nature paper published on July 23, CERN's Baryon Antibaryon Symmetry Experiment (BASE) collaboration announced the first-ever demonstration of an antimatter quantum bit, or qubit—the smallest unit of information for quantum computers. The qubit in question is an antiproton, a proton's antimatter counterpart, caught in a curious quantum swing—arcing back and forth between 'up' and 'down' spin states in perfect rhythm. The oscillation lasted for 50 seconds. The technical prowess that enabled this result represents a significant leap forward in our understanding of antimatter, the researchers claim. For the experiment, the team applied a technique called coherent quantum transition spectroscopy, which measures—with chilling precision—a particle's magnetic moment, or its behavior inside magnetic fields. First, the team brought in some antiprotons from CERN's antimatter factory, trapping the particles in an electromagnetic Penning trap—a superposition of magnetic fields. Next, they set up a second multi-trap inside the same magnet, extracting individual antiprotons to measure and tweak the particle's spin states in the process. Quantum states are fragile and easily disturbed by outside distractions. The wrong push can immediately send them spiraling down the drain toward decoherence—at which point the system loses the valuable information physicists hope to find. This fundamental limitation of quantum systems was a major concern for the BASE collaboration, who in 2017 used a similar setup to the new experiment to confirm that protons and antiprotons had practically identical magnetic moments. The team made substantial revisions to its technology, paying special attention to developing the mechanisms needed to suppress and eliminate decoherence. This hard work paid off; the antiproton performed a stable quantum swing for 50 seconds—a motion akin to how qubits exist in superpositions of states, which theoretically could allow them to store exponential loads of information. Additionally, it marked the first time physicists observed this phenomenon in a single free nuclear magnetic moment, whereas previous experiments had only seen it in large groups of particles. 'This represents the first antimatter qubit and opens up the prospect of applying the entire set of coherent spectroscopy methods to single matter and antimatter systems in precision experiments,' BASE spokesperson Stefan Ulmer said in a statement. That said, the team doesn't believe the new results will introduce antimatter qubits to quantum computing, at least not anytime soon. 'It does not make sense to use [the antimatter qubit] at the moment for quantum computers, because, simply speaking, engineering related to production and storage of antimatter is much more difficult than for normal matter,' Latacz explained, adding that since matter and antimatter are known to share fundamental properties, opting for the latter wouldn't make practical sense. 'However, if in the future [we find] that antimatter behaves differently than matter, then it may be interesting to consider this.' There are additional improvements the team hopes to make, which will happen sometime very soon, Latacz said. The upgrades to BASE—termed BASE-STEP—will greatly improve our capacity to study antiprotons with higher precision and allow us to 'improve the measurement of the magnetic moment of the antiproton by at least a factor of 10, and in a longer perspective even a factor of 100,' she said. The new breakthrough could contribute to engineering advances in quantum computing, atomic clocks, and other areas. But as the researchers emphasize, such technological applications aren't anything we should expect any time soon. Nevertheless, the result itself presents some fascinating lessons for fundamental physics—questions that may take years to answer, but to quote physicist Sean Carroll from the other recent CERN finding, 'Well, it's a small part of a much bigger puzzle—but you know, every part matters.'