Advancing The State Of Cyberdeck Technology

December 24, 2019 by 8 Comments

It’s somewhat rare to be able to witness the birth and subsequent evolution of a technology, at least on a short enough time scale to appreciate it, but right now we’re lucky enough to see it happening within the burgeoning community of cyberdeck builders. We’ve seen an absolute explosion of cyberdeck projects in the last year or so, but this latest entry from [Tinfoil_Haberdashery] truly pushes the state of the art forward. Short of actually transmitting your consciousness into the Matrix, we’re not sure how much closer you could get to William Gibson’s original vision.

The design is based around a split ergonomic keyboard, with an Intel NUC in the center and a 1920×1200 IPS panel on a tilting mount off to one side. Since the display started its life as a DSLR monitor it doesn’t have a touch panel, but those who’ve yet to master a mouse-free workflow will be happy to know there’s a touch pad built into the lid of the NUC. Thanks to a clever dovetail joint, the deck also separates in half if you want to put some more space between your hands, or just to make the whole thing slightly less intimidating while carrying it on your back through the Sprawl.

Power is provided by a custom 18650 battery pack running at 18 V that [Tinfoil_Haberdashery] (naturally) assembled with a homemade spot welder. He’s included both buck and boost converters so the cyberdeck can be powered with a wide array of voltages should he find himself in need of some juice in the field. To maximize battery life he’s also worked in a relay to cut power to the monitor when the NUC is sleeping, and there’s a physical master switch that can completely disconnect everything for long periods of inactivity.

The very first cyberdeck featured on Hackaday was built by [Tinfoil_Haberdashery], and we’re glad to see he’s not resting on his laurels. While that first deck was certainly impressive in its own right, this build takes inspiration from the incredible work we’ve seen from other hardware hackers and raises the bar on what’s possible from this dedicated community.

Hard Drive Data Recovery – Why Not DIY?

December 24, 2019 by 53 Comments

Hard drive failures can be tough to bear, particularly for the average person who doesn’t back up. When it comes to data recovery, there’s always those bleating from the sidelines that it’s a job that must be left to the professionals. However, this is Hackaday, not HireSomeoneADay, so [Matt]’s video on do-it-yourself hard drive repair is just what we like to see.

The video begins with plugging the non-functional drive into an external caddy, and using a microphone to listen to the sounds it makes. Upon analysis, [Matt] concludes that the drive is not spinning up, and suspects the heads may be stuck, causing the problem. When tapping the drive fails to unstick the heads, the next step is disassembly.

Despite the best advice from armchair commentators, this can be achieved at home without a clean room. [Matt] opens the drive carefully, and notes that the head is indeed stuck to the platter, instead of sitting in its home position. Using a screwdriver, the platters are rotated in their usual direction while gentle pressure is applied to pull the head away, being sure to use a light touch to avoid ripping the heads off entirely. With this done, the drive is reassembled and powered up. Amazingly, the repair is successful, and data is able to be recovered!

It’s important to note that this is a highly risky procedure, and not guaranteed to succeed. Truly valuable data should be left to the professionals, but if you’re skint or simply unbothered, it doesn’t hurt to have a go yourself. Be sure to avoid dust entering the drive, and take care not to touch the platters themselves. Of course, if you brick the device, you can always scavenge it for parts. Video after the break.

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Ted The Talking Toaster

December 23, 2019 by 9 Comments

The team behind [8 Bits and a Byte] have built a talking toaster. More accurately, they retrofitted their existing toaster with some hardware components to make it appear to talk and get angry at its users. While the actual toaster functionality isn’t necessary for the build, it certainly allows the project to have a more whimsical vibe.

The project uses a Raspberry Pi 3 and a Google AIY kit, consisting of a HAT, microphone, and speaker. Servos control the movement of the toaster’s eyebrows with the help of the HAT. Some decorative materials in the form of googly eyes and pipe cleaners help bring other features of the talking toaster to life.

The control flow for the chatbot makes use of Google’s speech-to-text for picking up text from audio input, the Dialogflow API to match intent, and Text-to-Speech to pipeline possible answer back to the Raspberry Pi to play over a speaker. They also used Remo.tv to broadcast live updates from the toaster to anyone on an online feed, allowing users in a chatroom to talk directly to Ted.

While Ted’s communications may be quite limited, there’s certainly no limit to the number of interactions he’ll be having online now!

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Robot Insect Survives Swatting

December 23, 2019 by 4 Comments

There is an old saying, that ‘the hand is quicker than the eye;, but somewhat slower than the fly.” However, with a little practice you can swat a fly, although it sometimes doesn’t seem to faze the fly. École polytechnique fédérale de Lausanne (EPFL) has announced they have used nanotech to build a 1 gram possibly untethered, autonomous robotic insect that has enough processing power and sensors to recognize black and white patterns. Artificial muscles provide propulsion. But there’s the kicker: it can survive a strike with a fly swatter.

In the video you see below, the robots can move at 3 centimeters per second and there are two different versions. The first is a tethered system using ultra-thin wires. This is the version that can be folded, smacked, or even squashed by a shoe and continue moving.

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Replacing A Non-Replacable Laptop Keyboard

December 23, 2019 by 30 Comments

Spilling a drink on a laptop is a terrifying experience. If you’re lucky you’ll ruin just a keyboard, and if not, your entire machine could go up in smoke. Assuming you’ve just suffered the latter, you can still be out of luck, as many laptops come with fancy integrated keyboards that are not designed to be removable. It’s not always the case however, as this ingenious hack from [InsideMyLaptop] bears out.

The hack begins with removing the top case assembly from a HP Pavilion laptop. The keyboard is riveted into the top plate assembly, along with the trackpad, which would normally necessitate their replacement as a total unit. However, if properly armed with a soldering iron, these plastic rivets can be melted to allow the backing plate and keyboard to be removed. A replacement part can then be sourced, and the remaining rivet stubs can be remelted to hold the new part in place.

It’s a simple hack, but one that goes to show one shouldn’t always take “No User Servicable Parts Inside” as an answer. We’ve seen other useful work from [InsideMyLaptop] before – like this power jack repair way back in 2011.

Motorizing A Plasma Cutter On The Cheap

December 23, 2019 by 5 Comments

A hand-held plasma cutter is an excellent tool to have if you are working with sheet metal, but it’s not particularly well suited to making long or repetitive cuts. Which is why [workshop from scratch] worked his usual scrapheap magic and built his own motorized track for making perfectly straight cuts.

Most of the frame, and even the small truck that rides on it, is made out of square stock in various sizes. A couple of bearings are enough to make sure the movement is smooth and doesn’t have too much slop. Motion is provided by a long threaded rod and two nuts, which are welded to the side of the truck.

If you had the patience (and forearm strength) you could just put a crank on the rod and be done with it, but in this case [workshop from scratch] used the motor, gearbox, and chuck from an old electric drill to grab onto the threaded rod and do the spinning for him. He rigged up an enclosure for the side of the rack that holds the motor, DC power supply, and motor controller, along with a couple of switches and a knob to control the speed.

A modification allows him to enable the plasma cutter with one of the switches on the panel, which gives the setup a much more complete feel than just putting a zip tie on the trigger. With this design, the plasma cutter itself can still be removed from the mount and used normally. You can even remove the motorized component with a few bolts if you just wanted to do manual cuts on the bed.

In the video after the break, the keen-eyed viewer may notice a few familiar pieces of gear in the background, such as the hydraulic bench vise we covered earlier in the year. As the name of the channel implies, [workshop from scratch] is all about building the workshop tools that many take for granted, and they’ve all been phenomenally fascinating projects. While we admire the gumption it takes to try and build a lathe out of scrap granite slabs, there’s something to be said for DIY tools that end up looking nearly as good as commercial offerings.

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Supercon Talk: Emily Velasco Wants You To Work Weird

December 23, 2019 by 5 Comments

Emily Velasco seems to absolutely delight in the weird, and we think that is wonderful. Weird brings us together. If you can be weird with someone else, you’ll have a special bond for life. In her inspiring 2019 Supercon talk (embedded below), Emily explains why she is drawn to weird things, and why you should be, too. Her enthusiasm is both palpable and infectious, so don’t be surprised if you suddenly want to drop everything to accompany her on a treasure hunt adventure and spend the rest of the day making things.

Emily doesn’t try to push making weird things on to you, but her reasons for working in weird are quite compelling. Weird things catch the eye and interrupt the tedium of our lives. They give us pause and invite us to look again. You can choose to turn away if you want. But if you look closer, you might find that ugly, weird, and annoying things begin to charm you.

Emily says the formative force that pulled her toward the weird was the gang of mutant toys that the villainous Sid made in Toy Story. They force you to look closer and to consider them. But Emily is far from mean-spirited — she builds her creations with love, and not to act out or to spite her little sister. They’re not what you expect, and even if someone finds them off-putting at first, they are undeniably interesting.

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