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By November 14, 2013 4:09 pm UTC • • 4 The word 'hacking' as it pertains to hardware is often misused. In the commonly accepted definition, 'hardware hacking' means modifying a piece of existing electronics to use it in a way that it was not necessarily intended. Even that definition is vague, as it can refer to any method of modifying hardware, be it the enclosure, the electronics, or the behavior. Modifying an enclosure of a device is usually straightforward; drill a hole, cut a slot, etc. Hospital management system project in php and mysql free download with source c. But hacking the electronics and/or behavior is a complicated subject in itself.

When looking to modify a device, sometimes it's hard to know where to start, and what angle of attack to take when hacking something for a purpose for which it was not designed. If you're looking to hack a piece of hardware, how you approach the hack depends on what you're trying to do.

Are you trying to make it wireless? Are you trying to change what it displays? Are you trying to get it to trigger another device? Each hack requires a different angle of attack, and it's difficult to decide on how to proceed if you've never hacked a device before. What follows are some common methods of hardware hacking and the implementations in which they are used. This is not, by any means, a 'how to hack hardware' tutorial.

Such an article could not exist in a complete form. The nature of hacking insists that there is always a new creative way to a solution, but these are some common methods that I've used in my experiences. Method 1: Patching Into I/O The first (and arguably easiest) method of hacking a device is patching into its control mechanism.

Most consumer products have at least one button or indicator LED, and the connections for that component are usually easy to find and solder to. With access to button pads, you can attach your own button, relay, or transistor circuit to control it with your own hardware. For example, if you wanted to make a device wireless, you can connect your wireless device directly to the button pads to drive the button signal high or low depending on what the wireless device receives. I see this kind of implementation all the time. For example, there was recently a write-up on about a user named Kolumkilli hacking his Keurig coffee maker to be wirelessly controlled. He accomplished this by locating the 'brew' button pads and connecting a wireless device.