Gaming handhelds are great because they are portable (basically small). But that is also one of its biggest weaknesses. I was reminded of that while trying Asus’ new ROG Xbox Ally X20 bundle at Computex 2026. On its own, the Ally X20 is already a more polished version of the ROG Xbox Ally X. It arrives with nice updates that sound minor on paper but make a device feel more complete in your hands. The real surprise, though, was the bundled ROG XREAL R1 Edition 20 Gaming AR Glasses.

I walked in to try the 20th anniversary edition of ASUS’ handheld console, but the massive 171-inch screen trick surprisingly stole the show.

The handheld gets the right upgrades

The ROG Xbox Ally X20 is not a total reinvention of Asus’ Xbox-branded handheld. It still sits in that familiar Windows handheld space, with PC gaming power, Xbox integration, and the usual promise of taking your library anywhere. Everything ASUS changed here is to smooth out the experience, and you can feel it as soon as you actually hold it.

The biggest upgrade is the display. The X20 moves to a 7.4-inch OLED Nebula HDR panel, which is slightly larger than the standard Ally X screen and far more exciting visually. It supports a 120Hz refresh rate, FreeSync Premium Pro, Dolby Vision, and up to 1,400 nits of peak brightness.

The controls have also been cleaned up. ASUS added TMR joysticks, a Transforming D-pad that can switch between four-way and eight-way control, improved face buttons that sit more flush with the chassis, and rubberized grips on the back that definitely offer improved handfeel, which is important for gamers. A few extra fps, thanks to a faster chip, is great, though bad grips, mushy controls, or a weaker display are something you’ll notice every time you start playing on the gaming handheld.

Then ASUS straps a giant screen to the idea

The bundled ROG XREAL R1 Edition 20 glasses are what make ASUS’ portable console a little more interesting than the new Intel G3 Extreme-powered handhelds. Even at their largest, handheld screens are still handheld screens. Admittedly, that is part of the appeal. If you wanted a bigger screen, you’d likely go for a gaming laptop. For many, this is exactly what they want: a smaller window into big games.

Except that the glasses still change that equation. They can project a virtual display up to 171 inches at 4 meters, which sounds absurd until you actually put them on. Now, you’re not relying on the handheld screen anymore, and the Ally X20 becomes an oversized controller, which is powering a much larger screen.

During my hands-on with this ROG Xbox Ally X20 with the XREAL R1 Edition 20, I understood why the bundle exists. ASUS pairing these two gadgets together makes it all the more immersive. This isn’t the first time a pair of gaming AR glasses has been built for handhelds, but the Ally X20 bundle is the exception as it comes with the ROG XREAL R1 Edition 20, which is also optimized for this system in particular.

How AR glasses just work here

Gaming AR glasses have been pretty niche in the overall PC and console gaming segment. However, you are already holding a portable console in your hands, which comes with its own set of cables, chargers, and a case. So adding another peripheral doesn’t sound too inconvenient. The fact that you can stay portable, while the glasses let the display feel massive when you want it to, sounds incredibly fun.

Not everyone would want this bundle, but the ROG XREAL R1 Edition 20 glasses complete it. They turn the Ally X20 from a nicer handheld into a more flexible gaming setup. You get the benefit of both a convenient form factor console with a 171-inch virtual screen when you want a more immersive experience.

When you buy a TV, what motivates the purchase: Picture quality? Value? Screen size? Brand loyalty?

Is brightness in nits, dimming zones and Delta E colour accuracy among those ‘needs’. I’d hazard a guess and say ‘probably not’.

Which is not to say that these areas are not important, but I’d make an assumption that most of the TV buying audience is not au fait with these areas – some won’t know their nits from their candelas, and others just won’t care.

And that’s fine.

But the TV market seems to have developed a fixation with measurements and numbers, and it’s become a question of to what end?

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Playing the numbers game

For the most part, you’re unlikely to come across these technical terms during your TV buying experience. Browsing the likes of Currys, Amazon and Richer Sounds, you’ll be exposed to the marketing ramble, most of it words that look like they could be equations or formulas (NQ4 AI Gen3, a9 AI processor).

On our side, the reviewers’ side, we get this as well as insight on the technical side. Of course, we need to know how they work, but I won’t lie in saying that some of this stuff goes over my head and requires educating myself and asking questions.

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The more advanced TVs get, the more complex they become to understand. The use of AI has, in a way, accelerated this complexity faster. AI is often used as a blanket term for tech. For some TV manufacturers, as part of their brand story, it’s easier to say AI to get people interested and fit as part of the overall story in tech.

AI has helped TVs achieve a higher level of performance. But it’s also turned TVs into a numbers game – my number is bigger than yours.

But what does it really mean? If I have a TV from Samsung, LG, Sony, Hisense and TCL and they all hit 3000 nits of brightness, which is better? The one with more dimming zones? The one that covers the widest colour spectrum? The one with the best Delta E number?

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Focusing on these areas turns it into a specs battle, and for most people, none of these measurements will have much context in their living room. If the picture looks good, then it looks good. Things like Delta E, tone mapping, and colour gamut – they’ll end up just confusing the buyer or making decisions more complicated, not easier.

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Welcome to the real world

The TV that prompted this discussion was the Hisense UR9.

On paper, this TV has stonking specs. It’s an RGB Mini LED, brand new technology to the TV market that allows for purer colours, displaying a wider range of colours than more conventional LCD TVs and doing so with more accuracy. The number of dimming zones is nearly 1000, it claims to hit peak brightness levels of 4000 nits. All these specs suggest a Bona fide contender.

So why was I left underwhelmed by the UR9’s picture?

Colours weren’t that punchy or bright. The levels of sharpness and detail were less than those of an LG OLED65G6 sat next to it. The Dynamic mode, which should be the brightest, looked dull. Filmmaker mode, Cinema mode and IMAX Enhanced mode all looked identical to the point where I thought something must be wrong with the TV.

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Having reviewed the U8Q in 2025 and hailed that as the best Hisense TV I’d tested, the UR9 felt as if the balloon had popped, leaving me deflated.

Reasons? I don’t think the anti-reflection/anti-glare screen worked in Hisense’s favour, as it seemed to shave off levels of detail, sharpness, and reduce contrast, which I also noted on Hisense’s Canvas TV. Highlights and overall brightness weren’t as high as measurements suggested, black levels not as strong or as deep as I hoped.

Viewing angles weren’t great either, like down to the type of panel used, and colours were a bit off despite many reviews noting the accuracy the UR9 out of the box.

But something just wasn’t quite right with the TV’s picture performance.

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Personally, I wonder if this is down to Hisense’s PQ philosophy, or how it views colour. Every brand has a PQ philosophy; Sony wants to reflect the creator’s intent, as do LG and Panasonic, while Samsung wants to do that and offer the brightest, most colourful picture experience with any technology it gets its hands on.

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But I can’t quite discern what Hisense’s philosophy is. In the past I’ve found its TVs have relied heavily on Dolby Vision, which is not their PQ philosophy but Dolby’s.

Earlier this year, I witnessed a shootout between several TVs: OLED, Mini LED, RGB Mini LED, and SQD Mini LED. The model that fared the worst was the Hisense, with all the test patterns and demos causing some sort of issue.

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One pattern in particular showed Hisense’s lack of precision. The pattern was a white rectangle surrounded by green. The rest of the TVs showed the white rectangle as white – the Hisense showed the white rectangle to be a shade of green…

The gist of all this? What the specs say on paper doesn’t always translate to the real world.

Don’t be swayed by the specs, the charts, the stats. Not everything is always what it appears to be.

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UFC White House live streams will be an MMA event like no other, as the Octagon takes up residence on the South Lawn of the White House in Washington, DC, to mark the upcoming 250th anniversary of the United States on July 4 — and, more specifically, President Donald Trump’s 80th birthday on Sunday. With headliners from the US, Georgia, Brazil and France, the event also known as UFC Freedom 250 is a surprisingly multinational affair.

While there will doubtlessly be no end of pomp and pageantry taking place over the weekend, there’s the serious matter of two UFC titles up for grabs in a co-main event. At the very top of the bill is Ilia Topuria vs Justin Gaethje, with the former defending his Lightweight title. The unbeaten champion is one of the most dominant fighters in the organization and is sure to be a mainstay for years to come, while for ‘The Highlight’ it’s surely the last opportunity to win the belt outright as Gaethje approaches his 38th birthday.

IQM Quantum Computers, the Finnish maker of superconducting quantum systems, has appointed Barbara Venneman to its board of directors as the company approaches what would be the first Nasdaq listing by a European quantum computing company. Venneman currently serves on the board of Vanguard, one of the world’s largest investment management firms, and previously led Deloitte Digital globally. The appointment signals that IQM is stacking its governance with public-markets experience ahead of a shareholder vote scheduled for June 25.

That vote will determine whether IQM completes its merger with Real Asset Acquisition Corp (Nasdaq: RAAQ), a special purpose acquisition company based in Princeton, New Jersey. The deal, announced in February at a pre-money valuation of $1.8 billion, would give IQM a primary listing on Nasdaq with a potential dual listing on the Helsinki Stock Exchange. The SEC declared the registration statement on Form F-4 effective on June 5.

The transaction has gained momentum since February. IQM and RAAQ announced an upsized PIPE of $146 million in early June, up from an initial $134 million commitment, after Finnish pension insurer Ilmarinen joined existing institutional investors. Combined with cash from RAAQ’s trust account, an earlier €50 million financing from BlackRock, and IQM’s existing balance sheet of $172 million, the company expects to hold more than $450 million in cash at closing.

IQM’s commercial profile sets it apart from the cloud-only quantum providers that have dominated the US public market so far. The company builds full-stack superconducting quantum computers for on-premises deployment, giving customers direct ownership of the hardware rather than API access to shared systems. It has sold 21 quantum systems to 13 customers, including four of the ten largest supercomputing centres in the world, and ships what it describes as 15% of all publicly disclosed quantum systems globally.

The company reported verified 2025 revenue of approximately €31 million ($36 million) and more than $100 million in cumulative bookings and order visibility. Founded in 2018 as a spinout from Aalto University and VTT Technical Research Centre of Finland, IQM now employs more than 400 people across Europe, Asia, and North America. Its technology partners include Nvidia, Hewlett Packard Enterprise, and AWS, which made IQM’s Garnet processor the first quantum system available via AWS cloud in the European Union.

Venneman brings more than 30 years of experience in digital transformation and enterprise technology commercialisation. She also serves on the board of advisors at Decagon.AI, an enterprise AI software company, and holds an MBA from McGill University and a computer science degree from the Université de Montréal. IQM’s board chair Sierk Poetting said her background in “enterprise technology commercialization, AI, and governance” would be valuable as IQM scales its commercial presence in the US.

The board also reshuffled its founder representation. CEO and co-founder Jan Goetz will replace co-founder Juha Vartiainen as the founder representative on IQM’s board, consolidating the company’s executive and governance leadership under the same person as it transitions to public-company reporting requirements.

IQM is not the only quantum company taking the SPAC route to public markets. Infleqtion listed on the NYSE earlier this month, and Horizon Quantum Computing has pursued a similar path. The SPAC structure carries well-documented risks, with the 2021 wave of blank-cheque listings producing widespread underperformance. IQM’s deal will test whether a European hardware company with real revenue, institutional backing from BlackRock and Finnish pension capital, and a $1.8 billion valuation can break that pattern.

Trustap was founded in 2017 and has offices in Cork and Dublin, as well as the UK, the US, Spain and Croatia.

Irish payments and transactions start-up Trustap has raised $10m in funding to be used for product development and expansion of its team.

It will also facilitate the launch of Trustap Index, described by the Cork-based fintech company as “a solution designed to make marketplace or e-commerce listings fully transactable by AI agents”.

The service will “work with leading AI models to handle product discovery, negotiation and payment on a buyer’s behalf, with the human confirming each transaction before funds are released”, according to Trustap, to align with a growing shift towards delegation of online commerce from people to AI agents.

The index, which will launch in 2026 and has an open waitlist for early access, aims to close gaps in discoverability of products for shopping agents and help them make more informed buying decisions based on numerous shopping criteria across fragmented platforms through “structured data precision”.

“This funding gives us the runway to ensure that when an AI agent shops anywhere on the internet, it can find the listing, verify the seller and complete the payment securely through infrastructure it can rely on,” said Conor Lyden, Trustap’s founder and CEO.

“We’ve spent years building the transaction platform that make ecommerce, peer-to-peer and marketplace platforms safe, more profitable, and trustworthy for buyers and sellers. Trustap Index is the natural next step in that journey.”

The funding round was led by Aperture Capital, with participation from TX Ventures and other existing investors.

Ben Robinson, CEO of Aperture Capital, said: “The rise of agentic commerce is happening faster than many people realise. We believe that Trustap, which already works with hundreds of marketplaces providing secure end-to-end transaction management, is uniquely positioned to orchestrate agentic transactions.

“Trustap acts as a single, trusted aggregation point that indexes and transforms fragmented inventory data into consolidated machine-readable information.”

Trustap was founded in 2017 and has offices in Cork and Dublin, as well as the UK, the US, Spain and Croatia. It employs more than 40 people working with around 300 customers.

It raised $5.5m in a Series A funding round almost two years ago, and soon after became the first company invested in by the Digital Irish Venture Fund.

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What just happened? TP-Link continues to vehemently argue that it is a US, not Chinese, company. The Pentagon says otherwise, and so does US-based Netgear, which believes its rival makes false advertising claims and has cost it millions of dollars in lost sales because consumers wrongly think that it’s no longer associated with China.

Netgear has filed counterclaims against TP-Link in the US District Court for the District of Delaware, escalating a legal fight that TP-Link started last November.

The original lawsuit accused Netgear of running a smear campaign that connected TP-Link to Chinese cyberespionage fears and breached a 2024 settlement between the two router giants. Netgear’s response now says the real deception is TP-Link’s attempt to rebrand itself as an American company.

According to the counterclaim, TP-Link “remains, at its core, a Chinese company selling Chinese-made products.”

Netgear alleges that TP-Link’s 2024 reincorporation in California did not fundamentally separate the business from China-based TP-Link Technologies, which later changed its name to Lianzhou.

It claims much of the company’s R&D and manufacturing remains in China under the same cofounder, with more than 13,000 employees there through 2024, compared with around 350 in the US.

Netgear also takes aim at TP-Link’s “Made in Vietnam” labeling, alleging that the country is mostly used for final assembly and that 99.5% of components in US-bound products are imported from China.

It says those claims are important because customers are increasingly wary of Chinese-made networking hardware, especially after federal agencies began scrutinizing TP-Link over pricing, cybersecurity, and national security concerns.

Netgear’s filing arrived one day after the US Department of Defense added TP-Link Technologies to its list of Chinese military companies operating in the United States. The designation does not itself ban consumer sales, but it adds extra pressure as TP-Link tries to convince regulators that its US arm is independent.

TP-Link is already seeking an exemption from the FCC’s foreign-made router ban by arguing that TP-Link Systems Inc. is headquartered in Irvine, California, and should be treated as an American company.

The FCC rules block approval of new consumer routers made outside the US, though existing devices can keep receiving updates until 2029. Netgear and Amazon-owned Eero have already received exemptions.

This isn’t TP-Link’s only courtroom problem, either. Texas sued the company in February, accusing it of deceptive marketing and allowing China-linked hackers to access American consumers’ devices. TP-Link denied those allegations, insisting it is independent from the Chinese government and that US user data is stored in the United States.

Netgear is seeking damages and an injunction barring TP-Link from repeating the contested claims. TP-Link, meanwhile, maintains that Netgear’s China-focused attacks are false, defamatory, and commercially motivated.

Customers can order new joysticks, batteries, screens and more.

Apple barely talked about CarPlay at its WWDC 2026 keynote, giving most of the spotlight to Siri AI and the broader Apple Intelligence additions in iOS 27. But that doesn’t mean CarPlay is a no-show this year.

The Cupertino giant buried most of the CarPlay updates in a developer-only video, and, as it turns out, there’s genuinely more here than you would have expected. As a CarPlay user myself, I’d say some of these features are long overdue, while others tag along with the broader iOS 27 redesign.

So, without any further ado, let’s discuss everything new coming to your CarPlay dashboard this fall, with the stable iOS 27 release. 

Full video apps for when you’re parked

The most substantial update to CarPlay this year is support for video playback. Apple’s iOS 27 lets developers build video streaming apps for your car’s dashboard. CarPlay already got AirPlay video casting last year, but iOS 27 takes it a step further, letting you watch videos directly from supported apps.

Apple hasn’t confirmed the list of supported apps yet, but it might include names like YouTube and Netflix. The catch, however, is that you can only watch videos on your CarPlay screen when your car is parked. Further, the manufacturer has to specifically enable the feature, which is why I’m not expecting every car to get this on day one.

Audio scrubbing in Now Playing

This is the “how was this not already here” CarPlay update. I can’t tell you how many times I’ve tried to jump to a specific part of a song using the horizontal audio bar on the CarPlay Now Playing screen, only to realize it doesn’t do anything.

With iOS 27, the Now Playing screen finally gets a real scrubber. Using the horizontal progress bar, you can drag and jump to any point in a song or podcast. If you’re the type who replays the same 10 seconds of a song on a loop, or skips podcast intros entirely, this one’s for you, no question.

A persistent audio MiniPlayer

Music and podcast apps will get a persistent MiniPlayer. It’s in the top-right corner of the CarPlay dashboard, offering basic playback controls along with the album art. 

You can simply glance over while checking the map for your exit, and you’ll actually know what’s playing and be able to skip it, without backing out of navigation first.

Better navigation heading and GPS accuracy

This is one of the quieter yet most important CarPlay updates Apple ships with iOS 27. The company is improving how the iPhone-mirroring system tracks your direction and position, refining both GPS accuracy and the heading detection (the direction your car is pointing in). 

I’ll admit that it’s not a flashy feature, but it should fix the occasional car icon spinning in circles at a stoplight glitch or navigation confidently rerouting you down a street you are not on. 

More reliable wireless CarPlay

Wireless CarPlay is all about convenience, and it works just fine, until it doesn’t, and that’s usually when I give up and switch to a wired connection. For anyone who’s dealt with mid-drive drops, unclear voice calls, or a dip in audio quality after hanging up, iOS 27 could be much-awaited fix.

Though Apple doesn’t explain the extent of the change, it says that wireless CarPlay connections are more reliable in iOS 27. 

New developer tools

iOS 27 adds new app templates across categories. It also gets support for Live Activities (introduced with iOS 16.1) and widgets from any app, so you could have a live sports score widget running on your CarPlay display without actually opening the app.

Developers also gain new APIs for building conversational voice apps, including AI chatbot integrations, into CarPlay. 

A subtle visual refresh

While the design language would remain the same, CarPlay gets a total of 14 new wallpapers in the same Celosia style, debuting across iOS 27 and macOS 27. Liquid Glass elements will reflect the transparency level you choose with the new iOS 27 slider, while app icons gain additional refractive layers that add depth and definition.

Siri AI finally comes to your car

On top of all that, CarPlay also gets Siri AI with iOS 27. For those catching up, it’s Apple’s long-delayed, Gemini-powered assistant that can handle natural follow-up questions the way Gemini does.

So, you should be able to ask for a restaurant, then ask what time it closes, without repeating the entire request. Siri AI also stores every conversation on your iPhone’s Siri app, with a small car icon indicating you asked the question while using CarPlay.

The catch, however, is that Siri AI for CarPlay requires an iPhone 15 Pro or newer.