News

• Photos of a Lenovo IdeaPad Vibe laptop have been leaked
• It's clearly similar to Apple's MacBook Neo in terms of its overall appearance and striking colors
• That said, the Lenovo device offers a better port selection and hints suggest it'll be more powerful, so likely pricier – but all of this is just theorizing

Lenovo appears to be readying a rival to the MacBook Neo, based on leaked photos of the laptop that have just surfaced.

Windows Latest got hold of the promo images of Lenovo's IdeaPad Vibe, publishing a bunch of them to give us a good look at the notebook (add your own seasoning around any such leak, but the material looks authentic enough).

Going by the trendy name, the 'Vibe' and the range of punchy colors (including a striking yellow, green and pink), it seems clear enough that this is aimed squarely at the Neo's territory – not to mention that it looks more than a little similar to Apple's laptop.

There are differences, of course: you won't find a Copilot key on a MacBook (mind you, a good many people don't want to find it on their Windows laptop, either).

Lenovo has also pushed for more connectivity than the MacBook Neo, and that's the biggest difference we can see just looking at the photos.

There's a pair of USB-A ports on one side, and two USB-C connectors on the other, along with an HDMI port, headphone jack and a microSD slot. As a reminder, you only get two USB-C ports with the Neo, plus a headphone jack, a barebones allocation for connectivity (and that's before we even mention the older USB speeds the MacBook Neo uses).

The photos also show cooling vents on the underside of the IdeaPad Vibe, so there'll be a fan for cooling (the Neo is passively cooled, meaning there's no fan).

There are thin bezels around the screen, and a tiny panel on top to house the webcam which also has a privacy shutter.

While the leak doesn't provide any specs, we do learn that based on the image file names, there will be one model with an AMD CPU, and one with a Qualcomm Snapdragon chip – although they both look identical.

The MacBook Neo has certainly stirred things up in the world of Windows laptops. It did this by coming in at a price point that surprised many (myself included), with Apple offering a lot of value with its new lowest-tier MacBook, which was very much recognized by buyers – it started flying off the shelves. Part of the cost-cutting effort here was dropping the RAM to 8GB, as you may recall, but despite this the Neo still manages to provide enough pep to cover everyday computing duties.

Since then, we've seen a host of planned 8GB laptops that run Windows 11, which was inevitable really, given the RAM crisis pushing up the price of memory (and storage, as well as other components) so much. The Neo also gave these machines a mainstream lead to follow, as it were.

An obvious sticking point, however, is Windows 11's performance running on 8GB compared to macOS. Now, Microsoft is working on fixing Windows 11 so it's speedier with just 8GB, and I'd argue that the Neo is a big reason for this happening. Well, that and the RAM crisis, of course.

In short, the MacBook Neo has forced Windows laptop makers (and Microsoft) to up their game, and Lenovo's effort here couldn't be a much clearer statement of echoing Apple's tactics with its budget laptop.

That said, the IdeaPad Vibe looks to be a more premium device than the Neo, with clues to that such as the privacy shutter, the much beefier port selection, as well as the overall sleek lines, and the active cooling. The latter means the Vibe will likely offer a good deal more performance grunt than the Neo, and it's surely going to be pricier as a result.

We don't get a hint of the price tag, but I'm betting that even after Apple's MacBook Neo price hike – it's no longer quite as affordable as it was at launch – the Lenovo machine's going to be a fair bit more expensive. We shall see, but the price is the main concern here, along with the people on Reddit who have reservations about Lenovo's build quality compared to Apple's (which really nailed quality in a lower-priced laptop).

One Redditor is skeptical and observes: "Pretty sure it won't share the same build quality [as Apple]."

Another adds: "IdeaPad 3 I had, had pretty bad hinges, lasts 1-2 year only."

The IdeaPad Vibe will obviously have to perform well enough on the build quality front if it does want to get in on the action and capitalize on the Neo's current popularity.

If you want a great portable fan to keep you comfortable on the move, you've come to the right place — I test heaps of fans as TechRadar's homes editor, and I've used my experience to put together this handy guide to the best models for every budget.

If you're looking for an affordable option, the John Lewis High Power Handheld Fan gets my seal of approval. Despite costing just £20, it delivers serious cooling performance, and in my tests its small fan head delivered a smooth, powerful jet of air. It feels comfortable and well-balanced in the hand, and has a wrist strap that prevents it slipping out of your grip on the move. There are four speed options that you can cycle through using the thumb-operated rocker switch, and the current setting is displayed on a bright LED display in the centre of the fan's head. It's spectacular value, and easy to recommend.

If you want the most powerful fan around, and have £99.99 to spend, the Dyson HushJet Mini Cool Fan is the one for you. This sleek little device had a bladeless design that delivers smooth, strong airflow — and I mean strong. You could use the highest of its five power settings as a hairdryer, it blasts out so much air. It's supplied with an ingeniously-designed neck strap that lets you wear it hands-free on the move, plus a charging base that lets it double as a desk fan. In my tests it ran for 8.5 hours on a single charge using its lowest power setting, so it can keep you comfortable all day at work and still have enough charge for your journey home.

For more details of my testing process and results, take a look at my complete portable fan group test. Now, on with the recommendations, including four other great handheld options.

• Proton VPN's new Rust-based Proton Protocols is in beta on all major apps
• It replaces WireGuard-go for better stability, speed, post-quantum readiness
• It includes an Advanced Kill Switch and Linux Stealth support

Following up on recent teasers, Proton VPN has officially rolled out a massive under-the-hood update across its consumer apps. Powered by a new custom-built architecture dubbed Proton Protocols (known internally as ProTUN), the update is now live in beta across Windows, iOS, iPadOS, Android, and Linux GUI.

This overhaul aims to improve connection stability and censorship resistance. It's a significant upgrade that further solidifies the provider's spot as one of the best VPN services on the market for privacy purists.

Alongside the stealthy new engine, the beta launch brings a host of highly requested functional tweaks. These include persistent ad-blocker statistics across app sessions, a new interactive globe map for visual server selection, and the highly anticipated Advanced Kill Switch.

The team at Proton VPN notes that the shift to this new protocol resolves multiple quality-of-life issues, paving the way for faster, more reliable connections and noticeably more responsive apps across all supported ecosystems.

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A standard VPN kill switch is a failsafe that cuts your internet connection if your VPN server unexpectedly drops, preventing your real IP address from leaking. Made possible by the new architecture, the Advanced Kill Switch takes this a step further by operating as a strict, permanent firewall.

As Proton explains, the Advanced Kill Switch functions like a regular failsafe if your connection drops, but it additionally blocks all internet access entirely unless you are actively connected to the VPN. This strict block remains active even if you restart your device.

Platform compatibility for the new feature is currently slightly fragmented. As of the current beta, the Advanced Kill Switch is strictly supported on Windows, iOS, and Linux GUI. It is not available for macOS, Linux CLI, Android TV, or Apple TV.

Android users have a slightly different setup. Google's operating system features built-in "Always-on VPN" and "Block connections without a VPN" toggles. Because of these native OS settings, Android operates very similarly to the Advanced Kill Switch out of the box, even if it isn't utilizing the exact same backend code.

Crucially, Proton has also fixed a long-standing annoyance with regular kill switches. You can now reliably connect to local LAN devices, like network printers, and use Apple CarPlay even with the standard or Advanced Kill Switch enabled.

The shift to Proton Protocols is a fundamental rewrite of how the apps operate. Historically, Proton used the standard wireguard-go implementation. While secure, that code didn't integrate seamlessly with the native languages used to build the provider's mobile apps, like Kotlin for Android and Swift for iOS.

To fix this, Proton has built a new framework in Rust. At its core is libpvpnclient, a platform-independent WireGuard implementation that makes it easier to deploy updates and debug issues consistently across desktop and mobile.

This unified approach gives Proton much more flexibility to dodge roadblocks set up by authoritarian regimes. The update has immediately brought the provider's anti-censorship Stealth protocol to the Linux GUI app.

The shift to ProTun also lays the critical groundwork for a future networking layer called muon, which will eventually hide VPN API connections from internet service providers to defeat SNI snooping, and sets the stage for post-quantum cryptography.

Antonio Cesarano, Product Lead at Proton VPN, explains that libpvpnclient and muon together form a new platform that gives engineers far more flexibility.

"This allows us to experiment safely with improvements in connection stability, battery usage, and resilience, and prepares the groundwork for future technologies, like stronger anti-censorship techniques and post-quantum cryptography," said Cesarano.

Users who want to test the new architecture can opt into the beta program via the settings menu in their respective apps.

• US government to allow private firms to conduct legal cyberattacks on foreign organizations targeting Americans
• Firms will be allowed to disrupt and destroy physical and virtual information systems and networks
• US victims of cyber scams and fraud lose around $20,000

President Trump has signed a memo which allows private US firms to partner with the US government in operations designed to surveille and disrupt Transnational Criminal Organizations (TCOs).

According to the memo, the partnership “will enhance our ability to counter TCO threats and combat transnational cybercrime, fraud, and other predatory schemes against American citizens,” essentially turning private companies into privateers with the ability to launch cyber attacks against foreign entities.

The memo marks a significant shift in how the US tackles foreign cybercrime. “American businesses’ innovative capabilities have historically been underutilized in efforts to identify and disrupt criminal networks operating in cyberspace,” the memo states. But what does this actually mean in practice?

The US is the most targeted country in the world for cyber attacks and cybercrime, with 6.7 million victims losing $138.9 billion in the last year, placing the average loss per-victim at around $20,731.

The program will effectively create a global cyber surveillance network that acts as an early warning system against attacks targeting critical national infrastructure, such as the recent Iranian attacks targeting over 30 US water systems. Private companies that “discover an imminent cyber-attack against United States critical infrastructure” will be required to notify the National Coordination Center (NCC).

The US government isn’t just looking to work alongside the big tech companies. Big companies will be part of the picture to “provide critical capacity,” but smaller companies will also have the opportunity to become involved with the program as they are “more agile,” and “may be better suited for specialized or discrete tasks.”

When a threat is detected, private companies will put together a “cyber operations package” to be reviewed and approved by the Program Executive Directors. These packages will likely include plans for surveillance and offensive cyber operations.

Private companies looking to become part of the program will be vetted according to government guidelines, and will have to operate within a set of operating procedures under the oversight of the federal government. “No operation may be approved unless it complies with these operating procedures,” the memo says.

There is however a caveat that those involved within the program must “maintain a bond or escrow in an amount not less than $1 million,” which would be forfeit should a private company “enter non‑compliance with its contractual agreement.”

The memo also sets our parameters to prevent private companies from accidentally or intentionally targeting US citizens, or US information systems at home and abroad, with the company required to “cease such operation, conduct minimization procedures, and immediately notify the NCC,” in the event that a company “discovers operational activity exceeding the parameters and restrictions of the cyber operation”.

Additionally, “any activity authorized by the Program must be conducted subject to the oversight, operational control, and legal authorities of the United States Government”.

The memo is the latest step in the Trump administration’s efforts to allow private companies to legally launch cyberattacks on behalf of the US government. “The American private sector is the most innovative and technologically advanced in the world, and its scale, speed, and capacity secure a critical offensive cyber advantage for the United States,” the memo states.

The program will also put together a report on its progress every year, as well as reviewing the performance of each private company within the program within the same time frame.