Hasta La Gadget!

We’ve seen some interesting ways people have tried to meld iPhone with car, but this one might top them all. Meet Jon’s Mazda RX-8, controllable from anywhere in the world using an iPod touch over WiFi. As demonstrated on video, his custom web app can be used to lock and unlock the doors, start and stop the engine, and open the truck. A telemetry window provides data such as fuel level, battery voltage, RPM, speed, and temperatures. It’s even got a GPS so you can track the car’s wherabouts with Google Maps. All of this is accomplished with computer hidden in the trunk, hooked up to the on-board diagnostics, and equipped with a 3G modem to stay constantly connected to the interwebs. There’s no indication on whether he plans to take the mod further, but if so, we can only hope it involves some well-placed cameras and a tilt-controlled steering mechanism. We pity the foolish thief who tries to steal this “haunted” ride. Check out the video demonstration after the break.

[Via Hacked Gadgets]

Continue reading Mazda RX-8 controlled with iPod touch, Batman said to be jealous but coping

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Mazda RX-8 controlled with iPod touch, Batman said to be jealous but coping originally appeared on Engadget on Wed, 01 Apr 2009 03:31:00 EST. Please see our terms for use of feeds.

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It’s lurking in millions of PCs around the world. It’s incredibly sophisticated and resilient, with built-in p2p and digital code-signing technology. It revels in killing security software. On April 1, the Conficker worm will activate.

The scariest thing about the Conficker worm is that literally millions of infected Windows PCs could be linked together to do its bidding. The second scariest thing is that no one really knows what its creator is going to do with this virtual army on April 1, when it’s scheduled to contact a server for instructions. It’s so bad, Microsoft has a running $250,000 bounty for the author, dead or alive. (Well, they probably want him alive, but they hate his guts.)

The New York Times’ John Markoff rounded up some of the more ingeniously evil possibilities in a compelling article, the most sinister being a “Dark Google,” postulated by University of California at San Diego researcher Stefan Savage, that would let bad people scour zombie machines all around the world for data to sell to other bad people.

But let’s back up a bit. Conficker—whose weird name is a combination of “configuration” and a slightly more polite word for f***er, according to Urban Dictionary—actually began life as a lowly, “not very successful” worm in November, says Vincent Weafer, VP at Symantec Security Response. Weafer told us it exploited a Microsoft remote server vulnerability that had already been announced and patched the previous month, so the only systems that were vulnerable were the ones that weren’t up to date.

The B release, pushed in December, on the other hand, was “wildly successful,” says Weafer, infecting millions of unpatched computers because it’s an aggressive little bastard—the first worm in years on a scale like Blaster. It has built-in p2p capabilities, and brute forces its way into open shared folders or printers, so it can crawl an office network quickly. It also piggybacks onto USB flash and hard drives. On top of all that, it’s designed to be incredibly resilient, killing security software, disabling Windows Update, and digging down deep.

The C release came out this past month. It doesn’t go after new machines—it’s actually a payload for computers already infected with B. It transformed Conficker from a sneezing pandemic into a seriously nasty plague. With C, its p2p powers are extended further, with digital code-signing, so it only accepts trusted code updates from itself. That means security experts can’t simply inject code to neutralize it. The patch also made Conficker better at killing security software. And it expanded the scope of the domains it tries to contact for instructions from 250 to 50,000, completely neutralizing security experts’ previous tactic of seizing the domains. There’s effectively no way to the cut the head off of this demon snake. The stage is set: On April 1, Conficker will reach out for the millions-strong zombienet’s next set of instructions.

So what will happen? Well, no one knows for sure. Conficker’s creator can do whatever he wants with his army. Launch massive denial-of-service attacks, setup the “Dark Google” syndicate, target millions of new machines, or generate a tidal wave of spam that’ll crash against servers all over the world.

Most likely though, Weafer told us, Conficker’s creator is motivated by money—they’ll rent it out. And if Conficker’s used as a massive doomsday tool, they’ll “quickly lose the ability to make money” with it. A low key operation harnessing the power of computers that are mainly located in developing nations may not have a big impact, though it would certainly set a terrible precedent: Whatever Conficker’s results, they will lead others to develop this idea in frightening new directions.

Conficker’s innovative approach that utilizes p2p, code-signing and a distributed domain setup will very possibly serve as inspiration to other malware writers, who Weafer said “you can bet” are watching Conficker’s success very closely, just as Conficker’s creators have clearly learned from past malware. It’s like evil open source.

That doesn’t mean April 1 will be a “digital Pearl Harbor.” If your machine is patched and up to date, the Microsoft Report’s Ed Bott tells us, you’ll probably be totally fine. And yes, you can get rid of it if you happen to be infected. There is an outside chance Conficker could turn into a massive parallel computer that borders on self-aware, come April 1, but more than likely, the day will come and go without you noticing anything weird, just some extra spam in your box for some V@ltr3xxx.

Still something you still wanna know? Send any questions about worms, V14GRA, or Jason Chen’s pants to tips@gizmodo.com, with “Giz Explains” in the subject line.

Don’t worry, we’re not about to bring you yet another hackintosh with a glowing Apple logo. This mod is altogether smarter and more elegant. It’s a real MacBook with another display within the Apple.

Eddie Zarick was actually responsible for the MSI Wind with a glowing logo we showed you last month. Since then, he’s been busy opening up his black MacBook and wiring a second LCD behind the Apple. This is recognized as a proper secondary display by the Mac and can therefore show anything.

The video starts out with screen saver but quickly gets more spooky when Ed switches on the iSight camera. It looks like there is a hole in the case when he starts waving — albeit a reversing, reducing hole, but still. Then the iTunes visualizer fires up and we realize the whole point of this hack. It might be pointless, but it looks amazing. Way better, in fact, than a stupid Splashtop weather widget.

Apple Glowing Logo as a Secondary Display with LCD! [MacMod Forum. Thanks. Eddie!]

See Also:

• Hackintosh With Genuine Glowing Apple Logo
• Russians Mod iPhone to Make Apple Glow

You don’t have to be a smoker to know the pain of yellowing hardware. Any beige box of a certain age starts to darken and stain like an Englishman’s teeth, turning beautiful retro hardware into the equivalent of a filthy, leering uncle, something to hide, not flaunt.

The reason? Retards. The ABS used for these old machines was rendered flame-retardant with chemical treatments. These chemicals are the ones which cause this unsightly yellowing and until now the only fix was an equally ugly coat of paint.

Retr0bright to the rescue! In a twisting story that started with German boffins and English Amiga nerds, it was eventually discovered that bromine was the yellowing agent, and UV light didn’t help either. The McGyver-esque answer is a mixture of hydrogen peroxide and a dash of commercial laundry booster "Oxy". Paint this on, stick the old computer out in the sun (or under a UV lamp) and several hours later you have a shiny white machine.

The folks at the Retr0bright project will sell you a gel, but if you actually own old hardware then its likely you’re a tinkerer already, in which case you can make your own. Full instructions are on the Retr0bright wiki, but the short recipe is this: Take a weak (10%) solution of hydrogen peroxide, add a dash of Oxy, apply and leave in the sun for an afternoon. That’s it.

Caution: Does not work on English teeth.

The “Retr0bright” Project [Retrobright via Lifehacker]

SAN JOSE, Calif. — The creator of the TV-B-Gone, Mitch Altman, has turned his love of open-source electronic mayhem into a one-man business.

His website offers the basic TV-B-Gone, a $20 keychain device with a protruding LED that emits 140 different TV power-off codes, enabling it to shut down 98 percent of all televisions with the press of a single button, Altman says.

"The way I see it, it’s only fair," Altman says of his infrared light-emitting device. "If a TV shines light at me, I’ll shine a light at it. And if it stops shining light at me, I’ll stop shining light at it."

He also sells a $20 TV-B-Gone kit for do-it-yourselfers who want to assemble the parts themselves, and a $50 TV-B-Gone Pro that looks a bit like a chunky iPhone and has a range of 100 meters.

"I used it in the hotel lobby last night," Altman says. "I was trying to get some work done and there were four TVs on, with no one watching them. I aimed it at the two in front of me and all four turned off, that’s how powerful it is."

Altman’s invention, covered by Wired.com in 2004, achieved notoriety last year, when writers from Gizmodo used it to turn off dozens of displays at a time in the TV-saturated booths of CES 2008.

Afterwards, Altman says, he made $24,000 in new sales. "I called those guys to thank them personally," he says.

But business is, it seems, just a means for Altman to keep doing what he loves most: Hacking electronics. In a workshop Monday on how to build things with microcontrollers here at the Emerging Technology conference, Altman explained the basics of electronics while standing in front of a table littered with blinking, pulsing, glowing, beeping and whirring devices.

Many of his hacks, including the first versions of the TV-B-Gone, were built using the MiniPOV3 kit by hardware hacker Ladyada. That kit lets you create ghostly messages with a bank of 8 blinking LEDs, by waving the LEDs back and forth in the air.

By making changes to the kit’s circuitry, replacing the red LEDs with different colors and reprogramming the included microcontroller, Altman has made not only the TV-B-Gone, but also glowing lights that respond to hand gestures, an electronic "dog" that spins its tail in reaction to sunlight, a 3x3x3 cube of LEDs that displays abstract 3-dimensional patterns, and even a pair of glasses with embedded, flashing LEDs and a pair of headphones for getting your brain waves into a meditative state.

Altman is a fan of open-source hardware. The MiniPOV3 kit he uses is open source, and he recently released the schematics and code for his own projects as open source. Altman describes the decision to go open-source as a way of giving back to the hardware hacking community, which was already modifying and improving the TV-B-Gone.

"There are thousands of people who are incredibly intelligent and creative helping me, for free, and they love it," he says, describing the benefits of open source hardware.

He’s also helped found a hacker space in San Francisco, Noisebridge, where hardware hackers (or those who would like to learn more about hardware and software) can gather to work on their projects.

"I make enough money to live the life I want to live," Altman says. "And I love this life."

Photo: Mitch Altman wears the $35 Brain Machine he designed. Photo by Dylan Tweney / Wired.com