Gamer Dorison Hugo has been working on a crazy concept for seven years: squeezing four GameCube controller ports onto a normal Nintendo Switch dock, and he’s finally done it. Players can now just plug in their hefty purple GameCube controllers without having to clutter up their TV stand with additional boxes. The end result appears polished enough to pass as a factory-made accessory.

Hugo starts with the normal Switch dock that comes with the console. Inside, there’s mostly empty space, making it ideal for hiding a Gamecube adaptor. He chooses a little one from Input Integrity, primarily because larger ones, such as the Wii U version, will not fit. Next, he removes some of the adaptor ports to make room. Then a few precise holes are made at the front of the dock. He has a mixture of superglue, epoxy, hot glue, and other adhesives to keep everything together. Some simple connectors allow you to easily replace out cables if necessary. To finish, he only needs to solder four wires from the adapter to the dock’s circuit board. Gamecube controllers now glow up as normal on the Switch screen or any TV you connect.

Nintendo Switch 2 + Mario Kart World Bundle

• This bundle includes a system and a full GAME DOWNLOAD for the Mario Kart World game, exclusive to Nintendo Switch 2. Limited quantities. While…
• One system, three play modes: TV, Tabletop, and Handheld
• Larger, vivid, 7.9” LCD touch screen with support for HDR and up to 120 fps

There’s also a version that reduces the whole thing down to pocket size. All you have to do is slot the Switch in, connect the HDMI and power, and you can play it from anywhere. There’s even a special “handheld mode” that allows you to utilize the Switch’s built-in screen without a television. If you want to play for hours on end, external batteries make it possible.

Security becomes an issue for tournament participants, so Hugo installs a mechanical lock that snaps over the dock. A modified padlock secures the Switch, cords, and game card, but strong printed walls and side holes prevent bike locks or bolts from causing problems. Organizers of events can assign keys with numbers to keep setups safe.

There’s some good news for Switch 2 owners: there’s more room within the dock, making it easier to hide the connections. The ports are cut down somewhat at the top so that they fit flush. A 3D printed extension maintains the USB-C port easily accessible. Hugo scanned all of the pieces to ensure accurate fits, preventing any frequent mistakes that modders may make.

There are several additional features that improve the design, such as reinforced USB-C ports that can withstand intensive use. Some configurations even offer the option of adding USB hubs and Ethernet slots. Mayflash adapters are good for cheap solutions, but the Input Integrity unit is the one to acquire if you want top-notch reliability (which is essential at a tournament). Every single button and stick works just as Nintendo intended. Hugo is enabling everyone with a 3D printer participate by sharing the print files on Cults3D. And for those who simply want to buy one off the shelf, he is selling limited editions on eBay to fund his expenses.
[Source]

While I’ve tried plenty of the best dash cams on the market, I’ve spent less time using one of the alternatives – a mirror dash cam, such as the Miofive Mirror 1 Dash Cam. It’s a chunky hunk of kit, being designed to fit over a standard issue rear view mirror, using one of three different mounting options. It can be strapped, stuck or screwed on, but no matter which option is employed, the result is the same – this is a large gadget.

The Miofive Mirror 1 Dash Cam differs from traditional offerings in the design department, but it’s actually a refreshing variation on the theme. This gadget delivers the same functionality found on a traditional dash cam but everything is presented slightly differently.

Adding to the appeal is the way it can be an electronic rear-view mirror as well as offering a view out of the front too, or indeed, a split combination of the two. Both views also get recorded in a continuous loop process, much like a typical dash cam.

The Miofive Mirror 1 comes with an impressive specification, and sizable price tag. There are twin Sony sensors for the cameras; a 4K (3840 × 2160 30fps) IMX415 Starvis 2 for the front and a 2K (2560 × 1440 30fps) IMX675 for the rear unit, capable of capturing crips footage for regular day time driving as well as after dark scenarios – these sensors have proven performance characteristics. What they see is also presented on the mirror screen, which is an expansive 11.26-inch modestly curved display that features anti-glare capabilities.

As a premium device, the Miofive Mirror 1 also boasts excellent connectivity features, including 5GHz Wi-Fi and Bluetooth 4.2, which means moving those high-resolution files is quick and easy – Miofive says up to 7MB per second, while data itself can be managed by an accompanying no frills Miofive app.

The Miofive Mirror 1 dash cam also packs sophisticated and in vogue AI-driven driver assistance features and functions, which are all easily accessed via the touchscreen. These include warnings for abrupt acceleration or braking, lane departure and ‘Stop and Go’ traffic movement.

Along with those bang-up-to-date features, the Miofive Mirror 1 comes with everything needed to keep it running. There’s a super capacitor-based power supply plus the unit can be powered off a 12V socket or, if preferred, hardwired to exploit its functionality more comprehensively. Hardwire features include the 24-hour parking monitor aspect.

What makes a good laptop? Well, I can give a pretty haphazard answer to that. But if I were to give a broad verdict, I would say any PC that gets the job done without nuking your wallet, heating like a pan, and lasting at least a full day without forcing you to hunt for a wall socket, takes the cake.

Apple has mastered that art with the MacBook Air, and to such an extent that shoppers have no qualms spending on two, or even three-generation-old, machines. Windows, thanks in no part to the extreme fragmentation, has struggled with the idea.

With Intel Evo-certified PCs, an attempt was made, but they just couldn’t hit the performance-efficiency levels of a MacBook. Then came Qualcomm with its Snapdragon silicon for Windows-on-Arm machines bearing the Copilot+ branding. The vision was squarely a Mac-killer machine at various price points.

Now that we are headed into the second generation of Qualcomm-powered laptops, I took a leap of faith away from my trusty M4 MacBook Air and fired up the cheapest Cipolot+ laptop I could find – the Asus Vivobook 14, which is currently going for $649 from the brand’s online marketplace, and often dips lower during sales events. 

Did I regret it? Not exactly. On the contrary, I came out fairly impressed with the machine, though not without a few harsh learnings. 

A quick look at the specs

What worked? 

I will start with the value perspective first. Asus is more generous with the memory situation on the Vivobook 14 than Apple, matching the memory at 16GB, but offering a healthy 512GB storage on the base model. For anyone who wishes to use their PC for at least the next half a decade, this is the bare minimum.

I keep my media editing work restricted to the iPad Pro, and it’s a headache. Beyond the cumulative burden of OS updates, the gradual app installs fill up the storage sooner than I would like. Whether you need a machine for work, or college duties, Asus offers a better value for your money if you have an Apple comparison in mind. 

Then we have the port situation. Yes, the MacBook Air is sleek, but that comes at the cost of a terrible port selection. And the only way to survive the MacBook Air lifestyle is a dongle. Asus’ affordable laptop won’t outdo Apple’s laptop in the looks department, but it trades a svelte waistline for a reasonable diversity of ports. 

You get a pair of USB-C and USB-A ports each, alongside an HDMI port and a 3.5mm combo jack. Now, you may not always use all the ports, but on the days when you are struggling with an external monitor, charger, storage device, and an input device, you really appreciate the I/O versatility at hand. 

Another neat perk, and an expected one at the current asking price, is the IR camera kit for face unlock. On modern PCs, biometric unlock is an extremely underrated perk, especially in an age where passkeys are taking over conventional passwords for identity verification. 

The keyboard isn’t bad either. There’s plenty of travel, the keycaps are spaced well, and despite the slight wobble, I actually loved typing on it more than my MacBook Air. The keys offer a springy feedback, and there’s a satisfying resistance, as well. There’s a bit of flex in the central portion of the deck, but not enough to hamper the typing experience. 

The display is a mixed bag. The 14-inch panel offers a full-HD resolution, which is fairly standard for the price. But it doesn’t fare well in well-lit surroundings. I mostly work in a dark room, but every time I stepped out for a cafe work session, or the nearby park, I had to crank the brightness all the way up to the 100%, and still felt a tad underwhelmed. 

Thankfully, it’s not a glossy panel, so reflection was never much of a problem. Out of the box, the display has an odd tint to it, and I had to manually adjust the temperature to make it look neutral. And yeah, the saturation could definitely be better. The Asus laptop, however, is hiding a cool trick. 

In the MyAsus app, there’s an E-reading mode that gives a monochrome tint to the screen. All the content is rendered in black and white, and you can even adjust the grayscale level. You also get an eye-care mode, with five levels of blue light reduction. I often found myself juggling between these two modes as they tangibly reduced the eye strain, while the e-ink mode helped me with an extra dose of focus. 

Another cool trick is hiding on the trackpad. It’s serviceable on its own, but I loved the edge gestures. Across the left and right edges, you can slide to adjust the volume and brightness levels, while the top edge helps with media playback. I love these thoughtful additions, which go beyond gimmicks and don’t burden you with a learning curve either. 

Performance 

The Snapdragon X is a rather odd processor, which is both good and bad news. For example, it fares almost as well as the MacBook Air… with the three-generation-old M2 chip on Cinebench at multi-core output, but the Oryon core can’t quite drive ahead of the single-core performance. 

That’s both good and bad news. Apple’s M-series silicon is terrific, and I have friends and family members still holding on tightly to their M1-powered machines. On the Windows side of the ecosystem, the Vivobook 14 raced ahead of Intel’s Core Ultra 5 226V, and the equivalent Intel Core 12th Gen processor at Geekbench runs 

Paired with 16 gigs of RAM and speedy SSDs, the Asus laptop fared pretty well at my day-to-day tasks. It handled Slack, Teams, Chrome with two dozen tabs, and Copoilt with ease. For academic use and basic corporate work restricted to Workspace and Office suites, there’s enough firepower available here. 

But what holds this machine back — and nearly every Windows on Arm machine that I have tested so far – is the inconsistency. On days, the Asus laptop felt buttery smooth. And then there were occasions where it randomly crashed under the stress of a few Chrome windows. Another recurring problem is the update situation, which often left me staring at a blank screen and required a force restart. 

Where Qualcomm needs to work, especially when compared against Intel’s Arc and AMD’s Radeon graphics architecture, is the integrated Adreno GPU. On 3DMark Steel Nomad, I got an average tally of around 9fps after three test runs, while an in-game benchmark only reached 18fps.  Needless to say, gaming is a distant pipedream, and your only hope is cloud services such as Xbox or GeForce Now. 

I wish the fans were a tad less noisy. Even under the stress of web-based work, you can hear them whirring. Thankfully, I didn’t notice any overt heating or scenarios where the laptop became too hot to keep on the lap. Whisper mode offers some respite from the fan house, but to avoid the heat build-up and throttling, I preferred working with the fan profile set to Full-Speed mode. Thankfully, my earbuds helped deal with the noise. 

But when I pushed it while editing videos in Filmora, the upper area of the keyboard deck ran noticeably hotter.  What bothered me more was the resource allocation. Between two windows and a total of eight apps in total, the system was using 80% of the memory, which is way too much, while the CPU load remained comfortably under the 18% range. 

Battery life

This is one aspect where the Asus Vivobook 14 really surprised me. I was expecting it to be a mediocre performer, but it actually proved to be a workhorse. With Power Mode set to balanced, the laptop managed around 11 hours of work in my most recent run, with the screen brightness set close to the 60% mark. 

Dialing up to the high-performance mode, the device still managed around eight to nine hours of consistent work before I saw the first low-battery alert. It’s evident that the entry-level Snapdragon X silicon is focusing more on efficiency, instead of raw performance. This approach, I believe, works well for a machine like the Vivobook 14.

I’ve tested over a dozen Windows machines in as many months, but this Asus machine offered the best mileage in the Snapdragon pool for its size, and fared better than Intel machines from rival brands. If your budget is strictly close to the $700 mark, you already have a certain performance expectation in mind. 

The Asus Vivobook 14 isn’t exactly blowing past those expectations, but it delivers solid results with battery efficiency. The hiccup was the edge scenarios, where I needed the machine to focus more on creative workflows at high performance levels, and the drop in battery levels was haphazardly aggressive. 

On the bright side, the laptop offers a few meaningful tricks within the MyAsus app. There’s a dedicated battery care mode that limits peak charging to the 80% mark, similar to iPhones, in order to preserve its longevity. But for scenarios where you want the full juice for on-the-go work sessions, you can temporarily bypass it for 24-hours and get the full 100% juice.

Verdict 

The Asus Vivobook 14 is a laptop that cuts some expected corners, but delivers in a few unexpected ways. It’s got a kit that’s easy on the eyes, but raises the bar with a military-grade (MIL-STD 810H) build. For students and workers who commute daily, this is an underrated perk that can save you hundreds of dollars in accidental repairs and servicing. 

On to the topic of battery life, this laptop does a fine job, and support for fast charging (an hour of plugged-in time for a full tank)  is just the cherry on top. Now, I don’t know many souls out there who want a laptop specifically for native Copilot AI perks, but if you’re one of those souls, this Asus laptop is a bargain deal that qualifies for all the Copilot+ AI perks, such as on-device translations, AI-powered image editing, and Windows Recall.

The performance is enough for the asking price, though not exactly an Earth-scorcher. As a sweet bargain for not setting the benchmark tables on fire, you get plenty of ports (with ample diversity), a large trackpad with practical tricks, convenient biometric unlock with a physical privacy shutter, and a decent set of speakers that get the job done, but won’t exactly wow your ear canals. 

At an asking price of $649 (and even lower, if you’re a good deal-hunter), the Asus Vivobook 14 is a lovely laptop for its target audience. And at a time when the industry is staring at rising PC prices owing to an unprecedented memory crisis, this laptop feels like a bargain in stormy days for market.

Other Samsung Phones to Consider

If you don’t see a Samsung phone mentioned in this guide, that might be because it’s not sold in the US and is a little harder to source for testing. But here are a few other Samsung phones I’ve tested to consider.

Samsung Galaxy S25 Edge.

Photograph: Julian Chokkattu

Samsung Galaxy S25 Edge for $1,220: Have you ever wanted a really thin and lightweight phone? No? Well, Samsung has an option for you anyway. The Galaxy S25 Edge (6/10, WIRED Review) sits in the middle of Samsung’s flagship lineup and matches several features of the Galaxy S25 Ultra, like a titanium frame, stronger front glass, and 4K 120 frames per second video recording. All the cameras even have autofocus. But it made several sacrifices to achieve its amazingly slim 5.8-mm frame (for context, the S25 Ultra is 8.2 mm thick). There’s no stylus, no telephoto camera, and worst of all, the battery capacity has been slashed. We’ve seen this before—thin phones have always compromised on battery life, and that’s no different here. I constantly had to baby this phone’s 3,900-mAh battery with average to heavy usage, and that’s just not acceptable. (The iPhone Air did it better.) If you find yourself constantly near a power source and you think you’ll enjoy the slim and light design, then go for it. Rumors suggest that the Edge did not perform well, and it may not see a successor in 2026.

Galaxy A17 5G.

Photograph: Julian Chokkattu

Samsung Galaxy A17 5G for $200: On paper, the Galaxy A17 (5/10, WIRED Review) seems like a really great deal. Six years of software support, an AMOLED screen, expandable storage, and a decent camera. Unfortunately, it’s held back by lackluster performance. The problem is specifically the very limited 4 GB of RAM in the US model, which severely ruins the entire experience of using the phone. If you had to use your smartphone in an emergency, I would not trust the A17 to be reliable. But if your needs are extremely minimal, it may suffice.

Galaxy A36.

Photograph: Julian Chokkattu

Samsung Galaxy A36 5G for $395: The Galaxy A36 (6/10, WIRED Review) doesn’t quite measure up to its peers from Nothing and Motorola. Performance is just too choppy, and that’s not acceptable at this price. It’s manageable—it’s not so slow that it will frustrate—but you can do better. If your needs are very minimal, it’s an OK phone, and the camera system is good, with day-long battery life, a nice AMOLED screen, and 6 years of software updates.

Galaxy Z Fold6 and Flip6.

Photograph: Julian Chokkattu

Samsung Galaxy Z Fold6 or Galaxy Z Flip6: If you don’t want to pay a premium for a new folding phone, then consider 2024’s Galaxy Z Fold6 and Galaxy Z Flip7 (7/10, WIRED Review). The Fold6 has a close to “normal” smartphone experience on the exterior 6.3-inch screen. Open the phone up, and there’s a vast 7.6-inch AMOLED screen staring at your face, turning this folding phone into a tiny tablet. The Flip6 isn’t as nice as the newer Flip7—the bigger and brighter cover screen on the latest model is a step up—but it’s worth considering over the new Galaxy Z Flip7 FE. Technically, it’s nearly identical to that phone, but the FE uses a Samsung Exynos chip instead of a Qualcomm processor, and performance may not be as smooth. The main drawback? Battery life isn’t great. Make sure you don’t pay MSRP for these 2024 phones.

If you’re looking to save some cash, it’s fine to buy Samsung’s Galaxy S23 range or the Galaxy S23 FE from 2023, as long as the prices are a good deal lower than the original MSRP. (They’re hard to find at most major retailers.) These phones will still get support for a while, and they’re pretty great. I don’t think it’s worth buying anything older.

Should You Invest in Samsung’s Ecosystem?

Photograph: Julian Chokkattu

Samsung is one of the few smartphone manufacturers that can match Apple in its hardware ecosystem. Not only does the company make smartphones, but you can also expand your experience by adding on a Galaxy Watch8 smartwatch, Galaxy Buds3 Pro earbuds, Galaxy Ring fitness ring, Galaxy Tab S11, and even a Windows-powered Galaxy laptop.

There are certain perks to this, like how some features on the Galaxy Ring and Watch8 are only available when paired with a Samsung phone, and its earbuds will automatically switch between Samsung devices based on what you’re using. There’s not much in the way of exclusive features when using a Galaxy phone with a Galaxy laptop, but features like Quick Share let you speedily send photos and documents between your devices.

Again, it’s not necessary, and these other devices might not be the right ones for you within their respective categories, but if you’re chasing hardware parity, you have that option with Samsung.

What Is Galaxy AI?

Photograph: Julian Chokkattu

With the Galaxy S24 series, Samsung launched “Galaxy AI,” a selection of artificial intelligence features, many of which are powered by Google’s Gemini large language models. These enable smart features that may be helpful day to day, like real-time translations during phone calls, real-time transcriptions in Samsung’s Voice Recorder app, the ability to summarize long paragraphs of text in the Samsung Notes app, or change a sentence’s tone with the Samsung Keyboard.

In the Galaxy S25 series, Galaxy AI expanded to include Gemini as the default voice assistant and the ability for Gemini to work with multiple apps simultaneously. It also debuted Drawing Assist, which lets you sketch or enter a prompt and get an AI-generated image. Now, you can also use video in real-time with Gemini, even from the cover screen of the Galaxy Z Flip7.

You can find many of these features by heading to Settings > Galaxy AI to toggle them on or off. We have an explainer on how to limit Galaxy AI to on-device processing, too.

What Is Samsung DeX?

Courtesy of David Nield

Samsung’s DeX (short for “desktop experience”) launched in 2017, and it’s a way to plug in your Samsung phone to an external monitor and trigger a desktop version of the Android OS, all completely powered by the phone. You can find a list of compatible Samsung phones here—the Flip7 is the first Galaxy Flip to support DeX—and you’ll need a monitor, mouse, and keyboard, plus a cable to connect the phone to the monitor. (You can also cast DeX to select screens wirelessly.)

When in DeX mode, you can resize Android apps and have them all open in separate windows. It’s a proper computing platform, though you probably won’t want to use this as a permanent laptop replacement or anything of the sort. It’s great if you’re visiting another office, or working out of a coffee shop or airplane (if you have a portable display). We have a whole guide to setting up and using DeX here.

How I Test Phones

I’ve been reviewing smartphones for a decade, but one of my earliest smart devices was a Samsung Galaxy Captivate, which I got for “free” from my carrier at the time. After working during college, I finally saved enough cash for a Galaxy S3, my first flagship. I’ve spent years using Samsung phones in my personal life and began reviewing them for work not too long after.

With each Samsung smartphone, I always put my personal SIM card inside and spend as long as I can (a few weeks) using the phone as my own. I do camera testing and compare the results with similarly priced devices, I benchmark performance and play graphically demanding games to see how they fare, I try out all the new features, and even take calls to make sure that ol’ function still works fine.

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Threat actors are now abusing DNS queries as part of ClickFix social engineering attacks to deliver malware, making this the first known use of DNS as a channel in these campaigns.

ClickFix attacks typically trick users into manually executing malicious commands under the guise of fixing errors, installing updates, or enabling functionality.

However, this new variant uses a novel technique in which an attacker-controlled DNS server delivers the second-stage payload via DNS lookups.

DNS queries deliver a malicious PowerShell script

In a new ClickFix campaign seen by Microsoft, victims are instructed to run the nslookup command that queries an attacker-controlled DNS server instead of the system’s default DNS server.

The command returns a query containing a malicious PowerShell script that is then executed on the device to install malware.

“Microsoft Defender researchers observed attackers using yet another evasion approach to the ClickFix technique: Asking targets to run a command that executes a custom DNS lookup and parses the Name: response to receive the next-stage payload for execution,” reads an X post from Microsoft Threat Intelligence.

While it is unclear what the lure is to trick users into running the command, Microsoft says the ClickFix attack instructs users to run the command in the Windows Run dialog box.

This command will issue a DNS lookup for the hostname “example.com” against the threat actor’s DNS server at 84[.]21.189[.]20 and then execute the resulting response via the Windows command interpreter (cmd.exe).

This DNS response returns a “NAME:” field that contains the second PowerShell payload that is executed on the device.

While this server is no longer available, Microsoft says that the second-stage PowerShell command downloaded additional malware from attacker-controlled infrastructure.

This attack ultimately downloads a ZIP archive containing a Python runtime executable and malicious scripts that perform reconnaissance on the infected device and domain.

The attack then establishes persistence by creating %APPDATA%\WPy64-31401\python\script.vbs and a %STARTUP%\MonitoringService.lnk shortcut to launch the VBScript file on startup.

The final payload is a remote access trojan known as ModeloRAT, which allows attackers to control compromised systems remotely.

Unlike the usual ClickFix attacks, which commonly retrieve payloads via HTTP, this technique uses DNS as a communication and staging channel.

By using DNS responses to deliver malicious PowerShell scripts, attackers can modify payloads on the fly while blending in with normal DNS traffic.

ClickFix attacks rapidly evolving

ClickFix attacks have rapidly evolved over the past year, with threat actors experimenting with new delivery tactics and payload types that target a wide variety of operating systems.

Previously reported ClickFix campaigns relied on convincing users to execute PowerShell or shell commands directly on their operating systems to install malware.

In more recent campaigns, attackers have expanded their techniques beyond traditional malware payload delivery over the web.

For example, a recent ClickFix attack called “ConsentFix” abuses the Azure CLI OAuth app to hijack Microsoft accounts without a password and bypass multi-factor authentication (MFA).

With the rise in popularity of AI LLMs for everyday use, threat actors have begun using shared ChatGPT and Grok pages, as well as Claude Artifact pages, to promote fake guides for ClickFix attacks.

BleepingComputer also reported today about a novel ClickFix attack promoted through Pastebin comments that tricked cryptocurrency users into executing malicious JavaScript directly in their browser while visiting a cryptocurrency exchange to hijack transactions. 

This is one of the first ClickFix campaigns designed to execute JavaScript in the browser and hijack web application functionality rather than deploy malware.

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The Pentagon is pushing AI companies to allow the U.S. military to use their technology for “all lawful purposes,” but Anthropic is pushing back, according to a new report in Axios.

The government is reportedly making the same demand to OpenAI, Google, and xAI. An anonymous Trump administration official told Axios that one of those companies has agreed, while the other two have supposedly shown some flexibility.

Anthropic, meanwhile, has reportedly been the most resistant. In response, the Pentagon is apparently threatening to pull the plug on its $200 million contract with the AI company.

In January, the Wall Street Journal reported that there was significant disagreement between Anthropic and Defense Department officials over how its Claude models could be used. The WSJ subsequently said that Claude was used in the U.S. military’s operation to capture then-Venezuelan President Nicolás Maduro.

Anthropic did not immediately respond to TechCrunch’s request for comment.

A company spokesperson told Axios that the company has “not discussed the use of Claude for specific operations with the Department of War” but is instead “focused on a specific set of Usage Policy questions — namely, our hard limits around fully autonomous weapons and mass domestic surveillance.”

A new three-part Netflix docuseries will cover the chaos and complicated legacy of the hit reality series, America’s Next Top Model. 

ANTM premiered in 2003 and ran for 24 seasons, helping launch the careers of contestants like Eva Marcille, Lio Tipton and Yaya DaCosta. Netflix’s synopsis describes the new doc as the definitive chronicle of the modeling competition, which “became a pop-culture juggernaut defined by explosive drama, public meltdowns and controversies that still fuel viral moments today.” 

Former contestants, judges and producers — including host and creator Tyra Banks — took part in Netflix’s series, Reality Check, which you can stream shortly. 

When to watch Reality Check: Inside America’s Next Top Model on Netflix

Netflix will drop its three-episode doc on the modeling competition series in the early morning hours on Monday, Feb. 16 (3 a.m. ET, to be exact).

Like many other streaming services, Netflix’s cheapest tier is ad-supported, and you can opt for a pricier tier to avoid commercials. You can subscribe to Standard with ads for $8 per month, Standard for $18 per month or Premium for $25 per month.

For ad-free streaming and access to every title Netflix offers, you should opt for the streamer’s Standard or Premium tiers. The Standard with ads tier comes with some limits on what you can watch due to licensing restrictions. Netflix’s website lets you compare the simultaneous streams, downloads and extra member slots you get with each tier.