Careless With Your Jailbreak? You’ll Get Rickrolled

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Here’s further proof that you should understand what it is you’re doing when you go to hack your handheld. Jailbreaking an iPhone has been made quite easy to the point that a lot of folks do it without reading any of the accompanying documentation. Those who didn’t heed the warning to change the default SSH password on a Jailbroken phone might get a bit of a surprise. A worm has been unleashed that finds Jailbroken iPhones and changes the background image to a picture of [Rick Astley]. That’s right, they’ve been Rickrolled.

It’s a clever little devil that propagates by grabbing the IP address of the iPhone it is currently on, then testing all of the IP address in that family to find other devices using the default password. Luckily this worm’s activities are not what we’d call malicious. It doesn’t format the root or create a cell based bot-net (that we know of). This would be akin to the antics of searching Google for unprotected installations of MythWeb and setting some poor schmuck’s MythTV to record every infomercial ever. The point is, this could have been a lot worse, but the attack is predicated on stupidity. In our digital age, why are people leaving default passwords in place?

8-bit Device Quenches IPhone Envy

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[Peter] deserves an award for doing more with less. He’s built a handheld device based on an AVR controller that has features normally associated with much more powerful devices. Here’s what it doesn’t do: no phone calls, no text messages, no accelerometer, and best of all no app approval needed. What it does do is leverage inexpensive, readily available components combined with common homebrew development techniques to create a touch sensitive handheld.

The demo video embedded after the break details the device playing video, rendering 3D objects, and displaying pictures and ebooks with touch scrolling. All of this is running at 60 fps for a smooth picture. The whole thing is no larger than the 320×240 LCD that he salvaged from a broken MP3 player. An Atmel AVR ATmega644 microcontroller ties together the display, a resistive touch screen, and a microSD card for storage. The chip also controls the backlight, a Lithium Polymer battery, and uses USB for PC connectivity, charging, and even a mouse or keyboard interface. He etched the PCB himself for surface mount components and managed to do it with just four jumpers needed on the underside.

This is a big leap forward from the last AVR based touch sensitive device we saw. All of the functionality seen in the demo is run using 4k of memory and 32k of programming space. Because [Peter’s] powering this at 3.3v the system clock is limited to 12MHz but he’s managed to make it work. We asked him to post code and schematics and he didn’t hold back. Head over to the microtouch project page to download the code, Eagle CAD files, and PCB artwork. All of the demo files are there just waiting for you to build on his hard work. When you’ve got something running, don’t forget to share it with us!

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Cheating RockBand (again)

[youtube http://www.youtube.com/watch?v=T0mIkkwUq0g&feature=player_embedded%5D

Sure making a robot that plays the game RockBand for you seems a little cheap at first, but no human can possibly hit that 30 triplet note straight ending in a button mashing contest. To finally get his high score [Joe] made a setup to play the game for him, on the iPhone. We’ve seen some very different Guitar Hero hacks before, but none that had to get around the touch capacitance screen on the iPhone. What version of the game should be hacked next? We think Football Hero would be a good start.

[via Make]

Linux IPhone Sync Draws Near

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[Emuboy] lets us know about some software advances that will make iPhone and iPod Touch syncing possible under Linux. Apple made big changes to how the iPhone syncs compared to legacy iPods. Locking out all communications other than through iTunes was surely part of their motivation. This has left Linux users out in the cold with shoddy sync capabilities which should be coming to an end. If successful, syncing will be be possible with phones that have not been jailbroken.

One of the biggest hurdles in reverse-engineering the new protocol is the non-standard way in which the devices communicate over USB. The usbmuxd developers have been working to implement communications and now have a Release Candidate for the 1.0.0 version. Along with testing of this package, libgpod is now being updated to play nicely with the new database format and hash of the iPhone.

This isn’t quite at the plug-and-play level of convenience yet but if you’re comfortable working with Linux packages you should be able to get this working and help report any bugs you might find. But if you’re tired of open source playing cat and mouse with Apple you can always switch over to a device based on Android.

Use IPhone To Run Yourself Over

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The Spirit of Berlin team has developed an iPhone app to remotely control a minivan. They didn’t have to do much to the vehicle to get this working because the platform was  developed for the 2007 Darpa Urban Challenge. The iPhone connects with the driving circuitry via WiFi and offers a gas button, a brake button, and a steering button to enable the accelerometer for turning. The front camera video is transmitted to the iPhone in real-time.

In the picture above you can see the operator in the center of the van’s camera view. It looks like the van’s top speed is limited, but remembering our own ineptitude in piloting RC vehicles, we hope this doesn’t result in a Darwin Award. We’ve embedded a video after the break. Everyone loves to see some Mario Kart reeneactment. You can catch some around 2:28 into the video. Enjoy.

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Bouncy IPhone Controlled Dance Lights

[youtube=http://www.youtube.com/watch?v=4GmYcn8vb1U]

[John Boiles] introduces us to dimlet, his portable network controlled light dimmer. Inside the box is a fonera 2100 router that is running openWRT connected to an unnamed AVR microcontroller. Right now, he’s controlling the unit with his iPhone. It has three modes of control; a manual “slider” mode, an accelerometer controlled “dance” mode, and a programmable “tap” mode. You can download all the source code and schematics on his site.

[via Makezine]

Finally, A Keyboard For The IPhone

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We can’t say we’ve had problems typing on our iPhones here at HackaDay, must be the elfin fingers, but for [Ben Kurtz] it was a real pain. The obvious solution is to carry around an Arduino, 9 volt battery, iPhone breakout board, a ps2 keyboard, and of course the iPhone itself. Well, maybe it could be a little smaller with fewer parts, but at least it works. The Arduino reads input from the keyboard and converts it to serial, then the iPhone pulls the data via VNC. Like we said, a little roundabout, but we love the amount of ingenuity involved.