Technology

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• TikTok says it will shut down in the US on January 19
• There's uncertainty over the implementation of a ban
• The US is about to swap presidents on Monday

By now you've almost certainly heard that TikTok could be about to get banned in the US this coming Sunday, January 19. The latest update today is that the social platform will "go dark" amid uncertainty around what the White House will actually decide to do.

As per an official TikTok statement, "unless the Biden Administration immediately provides a definitive statement to satisfy the most critical service providers assuring non-enforcement", the TikTok lights will go off in the US tomorrow.

So is TikTok going to be outlawed in the US or not? No one really knows – and that's the point being made here. With so much uncertainty around what the incoming US president and the outgoing US president really want, TikTok has had enough.

No doubt there's more to come here, and it's likely to be a busy weekend for both TikTok and the US administration. As it stands though, don't expect to be able to download or even access TikTok from tomorrow, if you're in the US – though with a change at the top of the US government, the blackout might not be permanent.

The rather complicated story so far

Does TikTok have a future in the US? (Image credit: CFOTO/Future Publishing via Getty Images)

If you're just getting up to speed on the TikTok ban, it's been a long road to this point. You may remember WeChat and TikTok almost got banned from the United States back in 2020, during the first term of Donald Trump's presidency.

The issue has always been the close ties between TikTok, its developer ByteDance, and the Chinese government. Officials in the US are worried China is using TikTok as a way of influencing millions of Americans – or as a full-on spying tool.

Not true, says TikTok – but the US government isn't convinced, even if billions could be lost by businesses and creators. The US Supreme Court has upheld the original law to either ban or sell TikTok to US interests this weekend, and time has almost run out.

In recent days, TikTok CEO Shou Chew has taken to the platform to thank incoming President Trump for his support – Trump replaces Joe Biden in the White House on Monday – but the latest TikTok statement suggests the involved parties are going to have to act very quickly indeed to stop a shutdown.

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• More Galaxy S25 promo material leaks
• Video shows off AI improvements
• Better video capture is on the way

There's a very good chance the Samsung Galaxy S25 series will jump straight into our best phones list when it's unveiled this coming Wednesday, but until then we've got another leak hinting at some of the AI features we can expect to see arriving on these handsets.

An apparently official promotional video for the Galaxy S25 phones was posted and then pulled by Android Headlines, with Samsung obviously not keen for its big announcements to be spoiled ahead of time.

The video showed off the daily AI-powered morning briefing that's been leaked before, and there's a demonstration of an audio eraser to remove unwanted noise from video recordings (something you can already do on some Pixel phones).

There will also be hugely improved nighttime video capture capabilities, though it's not immediately clear how much of that is down to AI enhancements and how much is down to improved camera lens hardware.

AI and the S25 Slim

The leaked video also shows Google Gemini front and center, which is something we've been expecting. Samsung and Google have worked closely on AI recently: remember the Circle to Search feature made its debut on the Samsung Galaxy S24.

We've also heard that the Samsung Galaxy S25 phones will feature a next-gen Bixby upgrade, as teased in the official promo video you can see above. It may be that Gemini and Bixby are going to be battling it out for your attention.

At the end of the video, there's a shot of four phones next to each other, as we saw on the Samsung Unpacked invite. However, it looks like two of these phones are the Galaxy S25 Ultra, front and back – so where's the Samsung Galaxy S25 Slim?

The rumors have been that the Galaxy S25 Slim will go on sale later in the year – and based on this latest leak, it could well be that we only get to see the standard Galaxy S25, the Galaxy S25 Plus, and the Galaxy S25 Ultra at the event this coming Wednesday.

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• Lighter, powerful and more affordable in-wheel motors are on the horizon
• Elaphe Propulsion Technologies revealed a 2,000bhp supercar concept
• Donut Lab says its motors can power an array of products

Most modern electric vehicles use an electric motor that powers either the front or rear axle – or both, if it is equipped with all-wheel-drive and two motors. This works perfectly fine, but it isn't the most efficient solution, seeing as energy (and therefore battery range) is lost to mechanical friction via the transmission, driveshafts and whatnot.

What’s more, car designers and engineers are relatively limited in the way they can package new vehicles, having to shoehorn in the required plumbing for a bulky electric drivetrain.

The next big thing in EV land is the introduction of in-wheel motor (IWM) technology, which has been around for decades but has taken a long time to refine to a point where it can affordably and realistically be introduced into production cars.

Donut Lab, a subsidiary of Verge Motorcycles – the futuristic electric motorcycle brand that pioneered in-wheel motor technology on high-performance two-wheeled transport – showcased the latest generation of its technology at this year’s CES 2025, and it has the potential to change the game again.

In-wheel motor technology has been considered too expensive, under-powered and too bulky for mass-produced cars, seeing as a huge amount of weight is essentially positioned in an area (the wheels) that need to be as light as possible – a concept dubbed ‘unsprung mass’ by automotive boffins that refers to anything that isn’t supported by the vehicle’s suspension system.

(Image credit: Donut Lab)

It plays a pivotal role in how a vehicle handles, but Donut Lab says its latest motor technology can be as light as 40kg, yet deliver a power-to-weight ratio that far exceeds anything that is currently on the market. Unsprung mass becomes a moot point.

The company’s CEO, Marko Lehtimäki, says that an automotive-spec, 21-inch version can deliver a gut-punching 630kW of power, which is 845hp. Multiply that figure by four, and the next generation of supercars could easily produce 3,380hp, if manufacturers can figure out how to transfer that power to the road beneath.

Silly supercar daydreams aside, the technology will more likely be used in a more restrained manner, with a couple of lightweight and less powerful in-wheel motors powering the rearmost wheels, which could still yield a heady 600-800hp, without the associated costs.

There’s a 17-inch application for motorcycles, which delivers around 200hp (that’s up there with most modern superbikes) that only weighs 21kg, while a 12-inch version weighs just 8kg.

Lehtimäki says that his company has managed to extract class-leading performance with “a smaller quantity of active materials,” meaning that manufacturers can jump on the in-wheel motor bandwagon and save as much as 50 per cent in manufacturing costs compared to traditional EV motors.

Analysis: The wheels are in motion

(Image credit: Italdesign)

Donut Lab wasn’t the only in-wheel motor pioneers on display at CES this year, as Slovenian firm Elaphe Propulsion Technologies also showcased its ultra-thin Sonic 1 hardware that’s capable of developing 268hp, while allowing enough space inside a 21-inch wheel for standard high-performance disc brakes.

This would make the motors suitable for use in high-performance driving situations, such as on the racetrack, where reliable and predictable braking power is essential.

The company showcased its tech in the Italdesign Quintessenza concept, which takes the form of a futuristic electric pick-up/SUV hybrid that packs a Sonic 1 motor in each wheel for over 2,000hp.

Elaphe says it is working on mass production concepts that it hopes it can develop alongside OEMs. However, don't expect to see a production version until 2030 or later.

(Image credit: Elaphe Propulsion Technologies)

Despite those lengthy time frames, the race is on to be the first to introduce in-wheel motors to the buying public. BMW announced last year that it was working with Munich-based electric motor engineers DeepDrive to develop in-wheel motor technology that could be scaled to a point where it makes financial sense for mass-produced EVs.

Similarly, serial innovator Hyundai Motor Group has been working on and refining its ‘Uni Wheel’ technology since 2023.

There’s been no update on recent progress, but the Korean company said that the technology could completely change the way it packages EVs in the future, helping it to improve battery range and massively increase the durability of its motor units.

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• Seagate study claims security and storage are top of agenda for AI infrastructure
• Energy is a distant last, preceded by LLM viability and regulations
• Debates over AI energy usage will continue until compromise is met

AI energy consumption is becoming an increasingly hot topic, with industry stakeholders and critics voicing concerns over the environmental impact of the technology.

But a recent survey from Seagate points toward more pressing concerns for IT leaders, claiming energy usage ranked bottom of the agenda behind regulatory considerations, the viability of LLMs, and network capacity.

Notably, security and storage were among the key focus points for business leaders looking ahead, with nearly two-thirds (61%) of respondents who predominately use cloud storage to host AI workloads said their cloud-based storage will increase by over 100% in the next three years.

Cost effective storage is key

This sharpened focus on AI adoption is expected to prompt a surge in demand for data storage, with hard drives emerging as the “clear winner,” said Roger Entner, founder and lead analyst of Recon Analytics, which carried out the survey.

“The survey results generally point to a coming surge in demand for data storage,” he said. “When you consider that the business leaders we surveyed intend to store more and more of this AI-driven data in the cloud, it appears that cloud services are well-positioned to ride a second growth wave.”

A key factor in this push is the cost efficiency of hard drives, the study found, which offer better scalability and improve per-dollar-per-terabyte cost.

Another contributory factor to the appeal of hard drives is data retention, the survey found. Organizations embracing AI typically hold data for longer periods of time to train and optimize AI models.

This lengthy data retention practice plays a critical role in ensuring accuracy when training models, with 90% of respondents already using AI believing that holding onto data for longer helps improve outcomes.

“With the vast majority of survey respondents saying they need to store data for longer periods of time to improve quality outcomes of AI, we’re focused on a real density innovation needed to increase storage capacity for each platter in our HAMR-based hard drives,” Entner said.

“We have a clear pathway to more than double per-platter storage capacity over the next few years.”

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