The Berlin Cyberbeetle With Its Own TV

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The evolution of the mere beetle has transformed from organic matter into robotic gears, circuits, and wires. This Cyberbeetle project was born during an open culture hackathon in Berlin throughout a few months time period. The event was called Coding for Vinci and was held from April into July 2014. The project used an Arduino and combined openly licensed biology related pictures and sounds from the museums in the area in a fun and playful way.

[Kati] and [Tomi] based the design on a gorgeous Chalcosoma atlas beetle species which was found in insect box scans that were taken from a nearby museum. The cool thing about this project is that the Cyberbeetle that [Kati] and [Tomi] created has its own hi-tech insect box with various special features. For instance, when the box was rotated on its side, small doors were revealed that when opened unveiled a tiny home theater system with a hi-definition flat screen, audio system and infrared communication. Inside the horn of the Cyberbeetle was an infrared receiver, which allowed the creature to interface with its TV program when it started. Music videos as well excited the robotic insect.

The project was awarded the “Funniest hack” prize during the hackathon. And a video of it can be seen after the break:

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Ancient TV Remote Becomes A CNC Pendant

DIY CNC Pendant

Needing a control pendant for his CNC machine, [Bob Davis] took to his scrap bin and started looking for parts. What he came up with is pretty cool — that’s a rather old Zenith TV remote providing the enclosure!

When building a homemade CNC machine, many people overlook one of the most handy components — the control pendant. On a commercial machine, they can get pretty pricey — on a homemade machine, most people just use the computer to control it, but if you’ve used a pendant before you know how handy they are for manual operations!

So what should you do? Well, you could make a second dedicated keyboard for your CNC machine (arguably not much of a hack, but rather clever) — or you could build a pendant from scratch like [Bob] did. It’s pretty simple; he’s using a 555 timer, a few momentary toggle switches, an LED, and plans to add a potentiometer in the future for speed control. It’s all housed in the old TV remote, and seems to do the trick just fine — take a look in the following video:

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Fixing Apple TV’s Terrible UI

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Despite Apple’s unfailing dedication to UI, they still sometimes manage to put out some stinkers. The latest of these is the ‘keyboard’ for the search interface in the Apple TV. It’s an alphabetical keyboard, laid out in a square with the obvious frustration that goes along with that terrible idea. [Lasse] was frustrated with this design and realized searching anything with the Apple TV IR remote is a pain. His solution was to build his own version of the Apple TV remote with a web interface, powered by an Arduino.

Inspired by the Apple Remote Arduino Shield we featured a few years ago, [Lasse] stuck an IR LED int the pins of Arduino with an Ethernet shield, current limiting resistors be damned. The web UI is the innovative part of this build. He’s hosting a simple website on the Arduino that allows him to type – with a real keyboard – a search query into the website, and have the Arduino take care of moving the Apple TV cursor around to select each letter.

The web UI has all the features found on the Apple TV remote, including the swipe gestures, and has a really slick brushed metal texture to boot. You can check out the video of [Lasse]’s project typing text into an Apple TV hilariously fast below.

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A 7″ Touchscreen TV Remote Control From Scratch

[Jason] always wanted a touchscreen TV remote control. He could have pressed an older Android tablet into service, but he wanted to roll his own system. [Jason] gathered the parts, and is in the process of building his own 7″ touchscreen setup. He started with a 7″ LCD capacitive touchscreen. He ordered his display from buy-display.com, a Far East vendor.

[Jason’s] particular display model comes mounted on a PCB which includes controllers for the display and touchscreen, as well as some memory and glue logic. The LCD controller board has quite a few jumpers to support multiple interfaces and options. While the documentation for the display was decent, [Jason] did find a few errors. After getting in touch with tech support at buy-display, he wrote a simple application which determines which jumpers to set depending on which hardware interfaces are selected from drop down lists.

With the LCD sorted, [Jason] still needed a processor. He selected the venerable Microchip PIC32MX series. This decision allowed him to use a Fubarino for the early prototypes, before switching to his own board as the system matured. [Jason] was able to get a simple GUI up and running, with standard remote buttons to control his TV and cable box. Code is on his Github repository.

[Jason’s] most recent work has centered on cutting the cord. He’s switched over from DC power to a 2600 mAh LiPo battery. Click past the break to see [Jason] test out his fully wireless work in progress.

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Magic Screwdriver Decides If You Watch TV Or Not

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Video projectors are great. They can easily produce a very large image to watch. With that large image comes a large screen, and who wants to look at a large screen when not watching TV? Well, [Steve] didn’t either so he set out to make a powered retractable screen for his projector. The best part about this one is that it is done in true DIY/hacker fashion. The parts used are definitely not intended to be used as anything close to a projector screen and the overall cost is kept to an absolute minimum.

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Twitch Plays Pokémon: Better Than Prime Time TV

What do you get when you put together a classic Game Boy game, some glue code, a streaming video website and 1 internet? Twitch Plays Pokémon (TPP), a social experiment where thousands of people “cooperatively” play a game of Pokémon Red/Blue. TPP was created by an anonymous Australian programmer who enjoyed the SaltyBet interactive channel on twitch.tv. Rather than use SaltyBet’s method of having users interact via an external website, [TPP’s creator] decided to use twitch’s own IRC based chat servers. Starting with VisualBoyAdvance, a popular C/C++ based Game Boy emulator, [TPP’s creator] began building the system. [TPP’s creator] went with python to create the web-to-emulator interface. A JavaScript app displays the live moves on the right side of the screen.

Gameplay is simple – users type their command (Up, Down, A, B) into their IRC or web client. In the original configuration, commands were processed in the order they arrived at the game. The system worked until the whole thing went viral. With thousands of people entering commands at any given time, poor “RED” would often be found spinning in place, or doing other odd things. The effect is so compelling that even [Randal Munroe] has written an XKCD entry about it. To help the players get through some of the tricky parts of the game, [TPP’s creator] added a game mode selection. Users can play in “Democracy” where the system takes votes for several seconds, then issues the highest voted command. The original anything goes game mode was renamed “Anarchy”. Switching from one mode to the other is determined by the users themselves in real-time.

[Devon], one of our readers, has been busy as well. He’s written up a tutorial on turning a Raspberry Pi into a dedicated TPP viewer. We’d love to see a TPP battlestation – a Game Boy modified to display TPP, as well as send commands to the IRC servers when buttons are pressed. Who will be the first reader to knock that hack out?

Sniffing Out LG Smart TV Tracking Protocol

[DoctorBeet] noticed the advertisements on the landing screen of his new LG smart television and started wondering about tracking. His curiosity got the better of him when he came across a promotional video aimed at advertisers that boasts about the information gathered from people who use these TVs. He decided to sniff the web traffic. If what he discovered is accurate, there is an invasive amount of data being collect by this hardware. To make matters worse, his testing showed that even if the user switches the “Collection of watching info” menu item to off it doesn’t stop the data from being phoned home.

The findings start off rather innocuous, with the channel name and a unique ID being transmitted every time you change the station. Based on when the server receives the packets a description of your schedule and preferred content can be put together. This appears to be sent as plain data without any type of encryption or obfuscation.

Things get a lot more interesting when he discovers that filenames from a USB drive connected to the television are being broadcast as well. The server address they’re being sent to is a dead link — which makes us think this is some type of debugging step that was left in the production firmware — but it is still a rather sizable blunder when it comes to personal privacy. If you have one of these televisions [DoctorBeet] has a preliminary list of URLs to block with your router in order to help safeguard your privacy.

[Thanks Radcom]