[James] has done some work reverse engineering the protocols for the iSee360i peripheral. This iPod addon is a media player housing that features a 3.6″ screen. It can be used to play video on iPods that don’t otherwise have the capability because it just uses them as a hard drive. He picked up the device at a discount chain for $15 and wanted to load his own videos directly from Linux without using the Windows-based software that comes with it. There’s the gotcha; even if you encode a video exactly the same as the device’s example video, it will be deleted the next time you fire up the iSee.

After some trial and error [James] reverse engineered all of the quirky requirements to load video manually. There are strict, case sensitive file naming conventions, every file must have a perfectly formatted thumbnail image, and an index file entry must be made for the video. He’s done the hard work of hammering out the details, now it should be easy to write a Python script to automatically format and copy your pre-encoded videos for use.

It seems someone hacked into one of LED billboards and added porn video clips to the rotation of advertisements. We caught a glimpse before YouTube yanked it. We’ve pixelated the shot above which already had some blackbox censorship from the OP but we assure you, it was hardcore porn.

The 9-by-6 meter billboard is in downtown Moscow. The AP is reporting that this caused something of a traffic jam and shocked passersby. We’ve seen porn before, but have to admit that even knowing what to expect in the video it was a bit shocking for us to see cars driving by a giant sex scene. This is certainly much more of a distraction than leaving clever messages on the side of the road.

Does anyone know what technology is used to update these billboards? We’re curious as to whether physical access to the unit is necessary for this kind of attack. Leave your insights in the comments.

[Thanks Sean]

We’ve seen a glut of time-keeping projects lately. We guess time was the original motivator for technology so we’re okay with it (but we’re not calling ourselves Clockaday quite yet). This clock, or more appropriately this timer, is a homemade hourglass that [Andrei] put together. The finished look is simple but he put some real time into its production.

The glass portion is a combination of two wine glasses. He removed the stems, ground the bottoms flat, then drilled holes to allow the sand to pass. He used plumbers putty around the top of the upturned reservoir to create a temporary bowl of water which cooled the glass during drilling. This prevented cracking by keeping the friction generated heat at bay. Working with the glass took a total of around five hours.

To assemble, he epoxied the two wine glasses together, routed out a ring in the wood bases for the lips, and used dowels to connect the two ends. [Andrei] concluded that the gentle slope at the bottom of the wine glasses is not the ideal shape as some sand can get stuck in them. Perhaps champagne flutes for his next build? At any rate, we think it’s a unique, non-automated hourglass build.

The Volt meter clock continues our recent slew of interesting clock projects. Though considerably easier to read than the resistor clock, it is in the same frame of mind. Set up to look like the face of an analog volt meter, it almost looks like something official or scientific. Since [Jon] couldn’t simply drop a clock mechanism in, he used a PIC microcontroller. The circuit is pretty simple, but he deserves some credit just for the unique layout.

Anyone who is familiar with animatronics or even most robotics knows that almost every build is a hack if you don’t plan on reproducing it.  This gallery is to show off the work of [John Nolan]. However, instead of just posting the final product, he has posted several galleries that show, in detail, the internal structures. Curious how to rig a jaw or an eyebrow?  Wanna see the internals of an animatronic baby? How about building giant monster hands that are rugged and have full digit control? It’s all in the gallery.

[Darren] built a clock that uses a resistor to display the time. Well, it really uses a model of a resistor. This extremely tardy entry in the Hackaday design challenge houses all of the electronics on a PCB the size of a business card. Four RGB LEDs shine up through holes in the wooden base to light bands on an acrylic tube. The colors correspond to the values used in the Resistor Color Code. In the picture above the clock is displaying 5:26 (that’s supposed to be a red band but the camera didn’t pick it up too well). The band in the center fades up over 60 seconds to signify AM, and down to show PM.

It may be late, but it’s a clever design. It looks sleek and it uses no buttons for an interface. [Darren] sourced the LEDs themselves as light sensors to display the date, and enter time setting mode.

Here’s another Star Trek phaser toy with a laser added. [Jay] started with a 1994 Star Trek phaser and added a 12X Blu-Ray diode. The sound effects of the toy still work, a nice touch that you can check out in the video after the break. That video shows him popping balloons with the laser, a feat made possible by the 465 mW that it puts out when the diode is driven at 320 mA of current. He’s made a nice carrying case for the weapon but we didn’t see a spot in there for protective glasses like we’ve seen with other phaser hacks. He did make one safety consideration by adding a safety switch and indicator LED to signal when the laser diode is armed.

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It hurts us to look at this quadcopter, agonizingly so when we watch the video after the break. That’s because we feel the unstoppable compulsion to build one. This four-rotor helicopter has a lot to be proud of; it features Gyro stabilization, Xbee remote control for very long distance operation, and computer interface for data graphing and calibration.

We like the quadcopter that we came across at CES but building one of our own is more fun than buying it ready-made. The pain we’re feeling is mostly in our pocketbook. To help ease the agony we scoured the parts list and the assembly instructions in order to get an estimate of what this might cost. We’re looking at around $415 plus shipping, not including transmitter and receiver for controlling it.  Yep, that’s a sharp stabbing pain but we’re not sure we can just let it go.

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