Europe has an electric bike problem. Direct-to-consumer e-bikes from inexpensive Chinese brands like Engwe and countless others can be easily purchased online despite openly flouting EU restrictions. They feature throttles and powerful motors that can be easily unlocked to far exceed the 25km/h (16mph) legal speed limit — no pedaling required.
Technology
Engwe Mapfour N1 Pro e-bike review: the new ‘premium’
Here in Amsterdam, cheap Super73-knockoffs ridden at almost twice the legal speed have made the city’s renowned bicycle lanes increasingly chaotic and dangerous. Across the Netherlands, over 10,000 of these electric “fat bikes” were seized in 2024.
Engwe’s new Mapfour lineup is the company’s attempt at going legit by expanding from souped-up electric fat bikes and foldables into “premium commuter” e-bikes. And because they’re the first e-bikes that Engwe has designed exclusively for European roads, the company swears they can’t be unlocked for more speed.
I’ve been riding the new Mapfour N1 Pro model for the last few weeks. It lists for €1,899 (almost $2,000), or €1,799 during the initial launch — a price that brings heightened expectations.
The N1 Pro is slathered in premium capabilities like GPS/GSM tracking for which some bike makers charge subscriptions. The monocoque frame and fork are made from carbon fiber supplied by Toray — “the same high-quality carbon fiber as Trek and Specialized,” claims Engwe. There’s even turn-by-turn navigation built into the full-featured app, a large colorful display integrated into the handlebars, and a built-in mechanical lock in the rear wheel hub that automatically engages when the bike is turned off and stationary.
My review bike was missing a fender bolt, occasionally flashed a strange error code, and the solar-powered rear light won’t turn on. Still, it’s likely the highest quality electric bike Engwe has ever made.

$1714
The Good
- Looks and rides sporty
- Long list of features for price
- Removable battery
- Can’t be speed hacked
The Bad
- Strange error messages
- Servicing parts likely an issue
- Doesn’t support height range claimed
- Can’t be speed hacked
I have lots of experience with assembling direct-to-consumer e-bikes and the N1 Pro was ready to ride in about an hour, which is typical. Even with a carbon-fiber frame it weighs 20.1kg (44lbs) fully assembled according to my scale, which is heavy for an e-bike — just not Veloretti-heavy.

In the box you’ll find a basic toolset that includes everything needed for assembly and instructions written in stellar English unlike some previous Engwe tutorials I’ve read. I had to assemble the pedals, front wheel, kickstand, handlebar, and fenders, and fish out a replacement fender bolt from some spare bicycle parts I had lying around. I then went to adjust the saddle to my height only to discover that I was too tall for the N1 Pro.
The saddle stem has a marked safety line that stops well before the height needed for my 6 foot (183cm) frame, despite being sold in the Netherlands where I’m considered a short king. Nevertheless, exceeding the line by about 2.5cm (one inch) hasn’t made the saddle feel insecure, even when riding over rough cobblestones. Engwe claims the N1 Pro supports riders from 165–190cm, and is considering offering the option for a longer saddle stem at checkout based upon my feedback.
The N1 Pro’s geometry puts the rider into what’s essentially a mountain bike stance: a moderate forward lean with hands spread wide out in front of the body. That wrist and body angle combined with a rather stiff saddle are not ideal for riding long distances, especially in combination with a backpack that’ll put even more weight on the hands and derrière. I do like that fun, sporty posture over short distances, but if you’re looking for a more relaxed ride then Engwe has the upright €1,399 MapFour N1 Air available in both step-over and step-through frames.




The 250W mid-drive Ananda motor on the N1 Pro is nearly silent under the din of road noise, and the integrated torque sensor provides an intuitive pedal-assist at all speeds. It produces up to 80Nm of torque that lets me easily start from a dead stop in fourth gear (of seven) on flat roads, but testing on a hill with a gradient of about 15 percent required a start from first gear. Typically, I only needed to shift to a high gear when I wanted to use my leg power to propel the bike at speeds above the 25km/h motor cutoff.
Despite claiming a range of up to 100km from its modest 360Wh battery, my first test performed over a few weeks yielded just 23km off a full charge in near-freezing conditions. I usually rode in power setting three of five on mostly flat roads. The second test performed on a single warmer day improved the range to 27km with 28 percent charge remaining — or an estimated 36km if I had time to run the battery dry for a below average 10Wh consumed per kilometer travelled. The bike battery seems to suffer from idle battery drain of about 1-2 percent per day when parked inside my house.
Worrisome for a “premium” e-bike: on two occasions I saw an “09” error message flash on the display which Engwe is still diagnosing. Once, while starting the bike after it had been sitting outside in the rain for a few hours. Another time after riding home on a rain-soaked street while switching between the N1 Pro’s regular and high-beam lights. In the first case, a simple reboot cleared it and I was able to ride away fine, but the other time required riding home under my own power before it inexplicably cleared the next morning.
- The bike’s integrated display is readable in all lighting, and shows the remaining battery level, speed, power level, and even distance and direction of next turn if using the navigation built into the useful but overwrought Engwe app.
- I didn’t find Engwe’s turn-by-turn navigation very useful as the guidance presented on the display wasn’t informative or urgent enough for me to make confident decisions when traversing the dense network of crossroads in Amsterdam.
- It has a very loud alarm that can ward off thieves and help locate the e-bike in large parking garages.
- The daytime running lights are fun and help with visibility, but also dorky if you choose the animated options.
- The solar-powered rear light never worked on my review unit.
- Engwe provides a chain guard on shipping units.
- The hydraulic disc brakes from an unspecified vendor provide good controlled stops.
- Includes a 1-year warranty on electrical components, chassis, and battery.
1/19
There was a time when premium e-bikes had list prices around €2,000 / $2,000. Those days are as gone as the free venture capital propping up e-bike startups, pushing premium prices up to a starting price closer to €3,000 / $3,000. The Engwe N1 Pro is therefore priced about right. It’s not a bad e-bike, but it’s also not great despite checking off lots of features on a marketing sheet.
Just remember, servicing a direct-to-consumer e-bike can be a problem as it requires the ready availability of spare parts and the knowledge to replace them. As with any electric bike exposed to the elements and regular road use, the N1 Pro’s motor and any proprietary electronics like the controller, display, battery, lights, buttons, and integrated lock will eventually need servicing. So you’d better be on very good terms with your local bike shop or be handy with a wrench and oscilloscope to prevent your mail-order e-bike from quickly turning into e-waste.
Photography by Thomas Ricker / The Verge
Technology
Xiaomi 17 is a small(ish) phone with a big(ish) battery
Xiaomi has just given a global launch to two of its latest flagship phones, the Xiaomi 17 and 17 Ultra, along with a Leica-branded Leitzphone edition of the Ultra. There’s no sign, however, of the 17 Pro, which launched in China with an additional display mounted next to the rear cameras.
The 17 and 17 Ultra will apparently be available soon in the UK, Europe, and select other markets. The 17 — pitched as a rival to the likes of the iPhone 17 and Samsung Galaxy S26 — will cost £899 / €999 (about $1,200), while the larger and more capable Ultra starts from £1,299 / €1,499 ($1,750). The limited-edition Leitzphone will be substantially more expensive at £1,699 / €1,999 ($2,300), though it includes 16GB of RAM and 1TB of storage, along with a few extra accessories.


The 17 is an extremely capable small-ish flagship, with a 6.3-inch OLED display, Qualcomm Snapdragon 8 Elite Gen 5, and large 6,330mAh silicon-carbon battery (though sadly smaller than the 7,000mAh version launched in China). I won’t be writing a full review of the 17, but did spend a week using it as my main phone, and found that the battery cruised past the full-day mark, though wasn’t quite enough for two full days of my typical usage. That’s far better battery life than you’d find in similarly sized phones from Apple, Samsung, or Google.
The cameras impress too, with 50-megapixel sensors behind each of the four lenses, selfie included. Pound for pound, you won’t find many better camera systems in any phone this size.
1/10
The Ultra, unsurprisingly, takes things to another level. It’s much larger, with a 6.9-inch display, and weighs a hefty 218g. Despite that, the 6,000mAh is actually smaller, though I found it delivered pretty similar longevity.

The enormous camera is, as ever for Xiaomi’s Ultra phones, the highlight. There are 50-megapixel sensors for each of the main, ultrawide, and selfie cameras, with a large 1-inch-type sensor behind the primary lens. The periscope telephoto is even more impressive: 200-megapixel resolution, a large 1/1.4-inch sensor, and continuous optical zoom from 3.2x to 4.3x, the equivalent of 75-100mm. Xiaomi isn’t the first to pull off a true zoom phone — Sony’s Xperia 1 IV got there first in 2022 — but the telephoto camera here is far more capable than that phone’s, with natural bokeh and impressive performance even in low light.

The camera capabilities are supported by Xiaomi’s ongoing photography partner Leica, but it’s the pair’s Leitzphone that really emphasizes that. Slightly redesigned from the 17 Ultra Leica Edition that was released in China last December, this includes Leica branding across the hardware and software, a range of Leica filters and shooting styles, and a rotatable rear camera ring that can be used to control the zoom. It’s the first Leica Leitzphone produced by Xiaomi — after a trio of Japan-only Sharp models — and comes with additional branded accessories, including a case with a lens cap and a microfiber cleaning cloth.
Xiaomi has plenty of other announcements alongside the 17 series phones at MWC this year, including a super-slim magnetic power bank, the Pad 8 and Pad 8 Pro tablets, and a smart tag that supports both Google and Apple’s tech-tracking networks.
Photography by Dominic Preston / The Verge
Technology
Google dismantles 9M-device Android hijack network
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Free apps are supposed to cost you nothing but storage space. But in this case, they may have cost millions of people control over their own internet connections.
Google says it has disrupted what it believes was the world’s largest residential proxy network, one that secretly hijacked around 9 million Android devices, along with computers and smart home gadgets. Most people had no idea their devices were being used since the apps worked normally, and nothing looked broken.
But behind the scenes, those devices were quietly routing traffic for strangers, including cybercriminals.
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STOP GOOGLE FROM FOLLOWING YOUR EVERY MOVE
Google says it disrupted a massive residential proxy network that secretly hijacked about 9 million Android and smart devices. (AaronP/Bauer-Griffin/GC Images)
How your device became part of a proxy network
According to Google’s Threat Intelligence Group, the network was tied to a company known as IPIDEA. Instead of spreading through obvious malware, it relied on hidden software development kits, or SDKs, that were embedded inside more than 600 apps. These apps ranged from simple utilities to VPN tools and other free downloads. When you installed one, the app performed its advertised function. But it also enrolled your device into a residential proxy network.
That means your phone, computer or smart device could be used as a relay point for someone else’s internet traffic. That traffic might include scraping websites, launching automated login attempts or masking the identity of someone conducting shady online activity. From the outside, it looked like that activity came from your home IP address. You wouldn’t see it happening, and in many cases, you wouldn’t notice any major performance issues.
Google says in a single seven-day period earlier this year, more than 550 separate threat groups were observed using IP addresses linked to this infrastructure. That includes cybercrime operations and state-linked actors. Residential proxy networks are attractive because they make malicious traffic look like normal consumer activity. Instead of coming from a suspicious data center, it appears to come from someone’s living room.
What Google did to shut it down
Google says it took legal action in a U.S. federal court to seize domains used to control the infected devices and route proxy traffic. It also worked with companies like Cloudflare and other security firms to disrupt the network’s command-and-control systems. Google claims it also updated Play Protect, the built-in Android security system, so that certified devices would automatically detect and remove apps known to include the malicious SDKs.
However, Google also warned that many of these apps were distributed outside the official Play Store. That matters because Play Protect can only scan and block threats tied to apps installed through Google Play. Third-party app stores, unofficial downloads and uncertified Android devices carry far greater risk.
IPIDEA has claimed its service was meant for legitimate business use, such as web research and data collection. But Google’s research suggests the network was heavily abused by criminals. Even if some users knowingly installed bandwidth-sharing apps in exchange for rewards, many did not receive clear disclosure about how their devices were being used.
Google’s investigation also found significant overlap between different proxy brands and SDK names. What looked like separate services were often tied to the same infrastructure. That makes it harder for consumers to know which apps are safe and which are quietly monetizing their connection.
300,000 CHROME USERS HIT BY FAKE AI EXTENSIONS
Hidden software inside more than 600 apps allegedly turned phones and computers into internet relays for cybercriminals. (David Paul Morris/Bloomberg via Getty Images)
7 ways you can protect yourself from Android proxy attacks
If millions of devices can be quietly turned into internet relay points, the big question is, how do you make sure yours isn’t one of them? These steps reduce the risk that your phone, TV box or smart device gets pulled into a proxy network without you realizing it.
1) Stick to official app stores
Only download apps from the Google Play Store or other trusted app marketplaces. Some apps hide small pieces of code that can secretly use your internet connection. These are often spread through third-party app stores or direct app files called “APKs,” which are Android app files installed manually instead of through the Play Store. When you sideload apps this way, you bypass Google’s built-in security checks. Sticking to official stores helps keep those hidden threats off your device.
2) Avoid “earn money by sharing bandwidth” apps
If an app promises rewards for sharing your unused internet bandwidth, that’s a major red flag. In many cases, that is exactly how residential proxy networks recruit devices. Even if it sounds legitimate, you are effectively renting out your IP address. That can expose you to abuse, blacklisting or deeper network vulnerabilities.
3) Review app permissions carefully
Before installing any app, check what permissions it requests. A simple wallpaper app should not need full network control or background execution privileges. After installation, go into your phone’s settings and audit which apps have constant internet access, background activity rights or special device permissions.
4) Install strong antivirus software
Today’s mobile security tools can detect suspicious app behavior, unusual internet activity and hidden background services. Strong antivirus software adds an extra layer of protection beyond what’s built into your device, especially if you’ve installed apps in the past that you’re unsure about. Get my picks for the best 2026 antivirus protection winners for your Windows, Mac, Android and iOS devices at Cyberguy.com.
5) Keep your devices updated
Android security updates patch vulnerabilities that proxy operators may exploit. If you’re using an older phone, tablet or Android TV box that no longer receives updates, it may be time to upgrade. Unpatched devices are easier targets for hidden SDK abuse and botnet enrollment.
6) Use a strong password manager
If your device ever becomes part of a proxy network or is otherwise compromised, attackers often try to pivot into your accounts next. That’s why you should never reuse passwords. A password manager generates long, unique passwords for every account and stores them securely, so one breach does not unlock your email, banking or social media. Many password managers also include breach monitoring tools that alert you if your credentials appear in leaked databases, giving you a chance to act before real damage is done. Check out the best expert-reviewed password managers of 2026 at Cyberguy.com.
7) Remove apps you don’t fully trust
Go through your installed apps and delete or uninstall anything you don’t recognize or haven’t used in months. The fewer apps running on your device, the fewer opportunities there are for hidden SDKs to operate. If you suspect your device has been compromised, consider a full reset and reinstall only essential apps from trusted sources.
ANDROID MALWARE HIDDEN IN FAKE ANTIVIRUS APP
Threat groups and state-linked actors allegedly used compromised devices to mask online activity and automate attacks. (Photo Illustration by Serene Lee/SOPA Images/LightRocket via Getty Images)
Kurt’s key takeaway
Residential proxy networks operate in a gray area that sounds harmless on paper but can quickly become a shield for cybercrime. In this case, millions of everyday devices were quietly enrolled into a system that attackers used to hide their tracks. Google’s takedown is a major move, but the broader market for residential proxies is still growing. That means you need to be cautious about what you install and what permissions you grant. Free apps are rarely truly free. Sometimes, the product being sold is you and your internet connection.
Have you ever installed an app that promised rewards for sharing bandwidth, or used a free VPN without thinking twice about it? Let us know your thoughts by writing to us at Cyberguy.com.
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Technology
Defense secretary Pete Hegseth designates Anthropic a supply chain risk
This week, Anthropic delivered a master class in arrogance and betrayal as well as a textbook case of how not to do business with the United States Government or the Pentagon.
Our position has never wavered and will never waver: the Department of War must have full, unrestricted access to Anthropic’s models for every LAWFUL purpose in defense of the Republic.
Instead, @AnthropicAI and its CEO @DarioAmodei, have chosen duplicity. Cloaked in the sanctimonious rhetoric of “effective altruism,” they have attempted to strong-arm the United States military into submission – a cowardly act of corporate virtue-signaling that places Silicon Valley ideology above American lives.
The Terms of Service of Anthropic’s defective altruism will never outweigh the safety, the readiness, or the lives of American troops on the battlefield.
Their true objective is unmistakable: to seize veto power over the operational decisions of the United States military. That is unacceptable.
As President Trump stated on Truth Social, the Commander-in-Chief and the American people alone will determine the destiny of our armed forces, not unelected tech executives.
Anthropic’s stance is fundamentally incompatible with American principles. Their relationship with the United States Armed Forces and the Federal Government has therefore been permanently altered.
In conjunction with the President’s directive for the Federal Government to cease all use of Anthropic’s technology, I am directing the Department of War to designate Anthropic a Supply-Chain Risk to National Security. Effective immediately, no contractor, supplier, or partner that does business with the United States military may conduct any commercial activity with Anthropic. Anthropic will continue to provide the Department of War its services for a period of no more than six months to allow for a seamless transition to a better and more patriotic service.
America’s warfighters will never be held hostage by the ideological whims of Big Tech. This decision is final.
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