Tiny Scratch-Built Cyberdeck Is In Mint Condition

[Salim Benbouziyane] shows off his TN Deck, a tiny custom cyberdeck built into an Altoids tin. It’s a skillful build that really makes the most of the available space, and includes not only screen and keyboard but also rechargeable power supply and speaker.

The TN Deck is built around the Raspberry Pi Compute Module Zero, which is essentially the same as a Pi Zero W but in a more compact, castellated PCB form factor intended to be integrated into other designs. [Salim]’s custom PCB also handles power, sound, and puts a custom keyboard at the front running QMK, which is pretty much the best choice for custom keyboards and macropads of all kinds.

A D-pad and some gamepad buttons come in handy. The slot in the center is for the speaker.

The keyboard itself is mostly 3D printed. Each button consists of a dome tactile switch on the PCB, covered with a thin and flexible membrane printed in TPU and topped with 3D-printed keycaps. The markings are courtesy of [Salim]’s desktop IR laser marking machine, because a little trial-and-error with lasers can yield good marks on 3D prints. [Salim] says the keys don’t have much travel and the ergonomics aren’t the best, but what it lacks in comfort it makes up for in small size and economical design.

We also really liked [Salim]’s use of a printed drill guide for putting precise holes in the Altoid tin for things like an audio jack, taking the guesswork out of tool positioning.

Some cyberdecks are made to suit specific needs, and others are made for the love of the game. The TN Deck is one of the latter and [Salim]’s previous CM Deck was a bit of both. We can’t wait to see what he makes next.

Continue reading “Tiny Scratch-Built Cyberdeck Is In Mint Condition” →

M.A.S.K.-Inspired Cyberdeck For All Your Portable Computing Needs

There are infinite varieties of cyberdeck you could make, each with their own inspirations. Today, [RadioactiveArtist] shows us a M.A.S.K. lunchbox cyberdeck faithful to the 80s show.

To know why putting a cyberdeck in a lunchbox is exactly the kind of thing you would see in the show, [RadioactiveArtist] briefly explains what both are (but we’ll skip the former): M.A.S.K. is a cartoon running from ’85 to ’86 where ordinary objects transform to reveal a hidden purpose–and this cyberdeck does just that by hiding in M.A.S.K. merchandise: the lunch box.

Like any cyberdeck build, it starts as a pile of components on a desk. It’s made from a Raspberry Pi 5, a cute little 75% keyboard, stereo speakers, a card reader with some USB 3 ports and of course a battery made with four 18650 cells. After testing the electronics on the bench, [RadioactiveArtist] test-fits them in the lunch box before revealing the plan: keyboard and speakers on the bottom, thinner half, the rest on top, and the screen on a second hinge so it can flip up when opened.
Continue reading “M.A.S.K.-Inspired Cyberdeck For All Your Portable Computing Needs” →

Hackaday Links Column Banner

Hackaday Links: July 26, 2026

At a time when so-called “artificial intelligence” seems inescapable, we were encouraged to see news that Amazon will be cracking down on third-party sellers that use AI-generated images for their product listings. They won’t be prevented from using the images, but they will need to clearly indicate that they don’t represent reality and were produced via artificial means. This comes in response to a recently enacted New York law that requires the disclosure of AI in advertisements.

Will this be the end of the cat sleeping bag?

But it’s not quite a clear cut as it might seem on the surface, as the New York law is actually about AI-generated people rather than products. Specifically, it’s designed to make it clear when a “synthetic performer” has been used in place of a human actor. As such, it would appear that the easiest way for Amazon sellers to dodge the new rule is to simply not include any humans in their AI slop images and videos. In other words, they can continue to post fake pictures of products without having to inform the consumer so long as they don’t show a fake person holding it.

Under normal circumstances we’d leave something like this next one for our weekly security column, but the utter lack of security in the Pope’s official “Click To Pray” mobile application revealed by researcher BobDaHacker on Friday is just too good a story to pass up. For one thing, who knew that there was an “official” prayer app? We don’t dabble in theology around these parts, but we’re fairly sure the good book didn’t mention anything about requiring a smartphone to give praise.

Continue reading “Hackaday Links: July 26, 2026” →

Making An Ultra Minimal Cyberdeck

The cool thing about cyberdecks is that you get to design them to suit your personal tastes. [NickZero] wanted an ultra-minimal build, and set about putting together just that.

The build is based around a Raspberry Pi Zero 2W, which has a lighter power draw than the full-fat models at the trade-off of some processing power. Since it’s a W model, it has the benefit of wireless connectivity baked in from the factory. The Pi is paired with a Gherkin 30% layout keyboard kit, which neatly matches the 7″ Waveshare touch display in width. Power is courtesy of a juicy 4000 mAh lithium-ion cell, which is taken care of by an Adafruit Powerboost 1000 charger module. Everything is then laced up together inside a nifty 3D printed case.

It’s a simple cyberdeck, and one that’s probably quite satisfying to use when you get used to the fact that there are no number or modifier keys on the ultra-cut-down keyboard. It’s also a great example of how a bunch of off-the-shelf gear can nonetheless be assembled into quite a cohesive whole. In much the opposite way, we’ve seen some maximalist cyberdeck builds lately, too.

Continue reading “Making An Ultra Minimal Cyberdeck” →

Sliding-Screen Cyberdeck Has Chunky, Rugged Design

[Jankbu] needed a new computer, but had little interest in purchasing a modern laptop off the shelf. Instead, it was time to build a cyberdeck with a neat modular design to suit his exact needs.

The heart of the build is a Raspberry Pi 5, which provides a good amount of computing power for regular tasks. It’s wrapped up in a 3D-printed enclosure with rail mounts on the back, along with a NOS 450 TKL mechanical keyboard, offering full-travel keys in a compact layout. The 10.1″ IPS touchscreen display is mounted on sliding rails to cover the keyboard when it’s not needed. A smattering of buttons live around the screen, in a manner akin to so many industrial controllers. On either side, the deck has large grab handles, with one side featuring custom horizontal and vertical scroll controls, while the other rocks a trackball.  Power is via NP-F batteries, which are more commonly used to run Sony camcorders.

Unlike so many cyberdecks, [Jankbu] didn’t just build the device to look cool—it also serves a practical purpose. It’s great for running Freecad, and the rail mounts on the rear make it perfect for mounting around the workshop during a job as needed. Files are on Github for those eager to learn more.

What’s fun about this build is that it’s not just a show piece, it’s something that gets used every day. That’s a testament to [Jankbu’s] well-reasoned design, that considered what the device was for before it was put together. We’ve featured plenty of other fantastic cyberdecks in the past, too. Video after the break.

Continue reading “Sliding-Screen Cyberdeck Has Chunky, Rugged Design” →

A Cyberdeck That Runs Linux…in An Altoids Tin

In the time Hackaday has been in existence we must have brought you plenty of projects housed in Altoids tins, as well as a sizeable number of cyberdecks. But until today with [Exercising Ingenuity]’s build, we’ve never brought you a project that combines the two. It’s a fully functional computer that runs Linux, and with its Altoids tin enclosure, looks for all the world like a miniature clamshell laptop.

Hardware wise it’s a Pi Zero with a UPS PHAT and an SPI display, but perhaps it’s arguably the home-made keyboard that really sets it apart. There’s a full-size USB port as well, and a selection of GPIOs are broken out to a header. It wasn’t all plain sailing though, the Altoids hinges needed modifying to make it close, and he driver for the SPI screen required an older version of Raspberry Pi OS. We will forgive it those foibles.

It’s fair to say we’ve not seen anything quite like this, in that there have been plenty of tiny laptops but never one as integrated as this. There’s a demo video with details of the build, that we’ve placed below.

Continue reading “A Cyberdeck That Runs Linux…in An Altoids Tin” →

Cyberdeck Build Gets Closer To Regular Laptop Than Most

Cyberdecks are typically reminiscent of weird computers in futuristic sci-fi films, moreso than the computers of today. The cool thing about cyberdecks, though, is you get to build them however you like. [WillTechBuilds] has put together a deck of his own that diverges from cyberdeck norms and ends up closer to something you might have bought off the shelf at Best Buy.

For a start, the build eschews the typical Raspberry Pi or other single-board computer that normally lives at the heart of a cyberdeck. In its place is a motherboard harvested from a GMKTec NucBox G5. It runs the Intel N97 CPU. It’s an x86 processor that’s roughly equivalent in power to an i5 from 10 years ago, but it only sips 12 watts. The compact motherboard is installed in a compact 3D-printed case along with a porbable USB-C battery pack, a small widescreen LCD, and a Lenovo ThinkPad trackpoint keyboard. This latter design choice, along with the x86 chip, is what gives this build so much of a laptop feel. There’s no weird Linux desktop, green-glowing terminal, or chunky mechanical keyboard here, let alone any GPIO pins. Definitely an oddball entry to the cyberdeck world, but valid nonetheless.

We’ve featured cyberdecks built out of everything from CRT TVs to event badges. As always, we’d love to see your latest innovative creation on the tipsline. Video after the break.

Continue reading “Cyberdeck Build Gets Closer To Regular Laptop Than Most” →