Farewell, Hack A Day

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Now, on the eve of Hack a Day’s fifth anniversary, seems like an appropriate time to announce my resignation. Site founder [Phillip Torrone] published the first post, a red box, on September 5th, 2004. On May 7th, 2005 I took over editorial duties at Hack a Day by publishing one of my favorite projects: [Jonathan Westhues]’ proximity card spoofer. Since then, I’ve run Hack a Day with a number of great contributors over the last four years: [Fabienne Serriere], [Will O’Brien], [Ian Lesnet], and current senior editor [Caleb Kraft] just to name a few. I’ve enjoyed watching the site grow, powered by the constant stream of tips from readers. Whether we were turning hard drives into molten goo or putting our hardware designs into production, it’s been a lot of fun. With all the new talent we’ve brought on recently, I have confidence that Hack a Day will continue to be a great resource in the future.

You’ll be able to find me online running my personal blog RobotSkirts.com and on Twitter as @sweetums. In real life, I’ll still be attending hacker conferences, like the upcoming ToorCon in San Diego, and local Los Angeles tech events like Mindshare and the weekly Hacker Drinkup.

In closing, I’d like to thank you, the readers, for all the support you’ve given us over the years. If it weren’t for all the tips, personal projects, and ideas you’ve sent us, we’d never have made it this far. Thank you.

[photo: Viss]

Hard Core Nintendo DSI Hacking

dsi (Custom)

So, you hacked your DSI did you? Let me guess, you ran a flash cart. No? You probably added some LEDs then right? No? You must be pretty hard core, did you add a NES controler? No? Well what did you do?

We still have no idea what this guy is doing. But he is doing it very meticulously. We found [Micah Dowty]’s photo stream on flicker and we were instantly pulled in. He has done some extensive modifications to his DSI. He has spread its innards for all to see and begun hacking. It appears as though most of this is for memory dumps and direct access to the RAM in the unit, but frankly we just want to stare at these pictures.

How A Storage Company Builds Their Own

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Want 67 Terabytes of local storage? That’ll be $7,867 but only if you build it yourself. Blackblaze sells online storage, but when setting up their company they found the only economical way was to build their own storage pods. Lucky for us they followed the lead of other companies and decided to share how they built their own storage farm using some custom, some consumer, and some open source components. Continue reading “How A Storage Company Builds Their Own”

Hackit: Why We Don’t Need Phone Numbers

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[digg=http://digg.com/software/Why_we_don_t_need_phone_numbers]We’re starting to think that phone numbers are deprecated; it may be time to integrate how we connect telephones with the new digital millennium. To get a firm grasp on this topic it is important to take a look at the reason we started using phone numbers, why we still use them, and the why’s and how’s of transitioning to a new system.

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Variable Range Sprinkler

[vimeo http://vimeo.com/6409575 w=470&h=352]
[Pete], a musician, and the guy behind SparkFun’s pogobeds and locking footprints has a sprinkler hack. He wanted to keep his dog, Choppy, happy with a green lawn while also keeping his sidewalk water free. To solve this problem, he hacked his sprinkler and hose to adjust the sprinkler’s range. He uses an Arduino to read a potentiometer signifying the direction that the sprinkler is facing and a servo to adjust a hose valve that controls the sprinkler’s water flow. Be sure to check out the video above to see it in action.

Mini MAME Cabinet

[luis] added to the collection of MAME projects we’ve covered with his mini MAME cabinet build. This is his 5th mini cabinet and features a 5″ PlayStation LCD screen, a joystick, four control buttons, player 1 and 2 start buttons, speakers, and a lighted marquee. The controls are interfaced through an I-PAC and the system running the whole thing is a mini-ITX board with an Atom processor and two gigs of RAM. The build log is in Spanish and takes us all the way from a cardboard prototype to the finished particle board cabinet full of high quality artwork.

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Tap-controlled Metronome

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[Adam] and his buddy [Matthew] sent in their tap-controlled metronome, or as they prefer, “metronome with an attitude.” Using the piezo speaker you can tap patterns and rhythm into the memory and it will repeat it back to you in loop. The two buttons allow you to speed up or slow down the beat which is indicated by an led array. As per their request, we mention its entirely on a PIC 16F, not an Arduino. Perhaps the most interesting part we found that’s definitely worth checking out was their amazingly detailed build process. Check out a quick video of the metronome in action after the break.

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