So now, projects that need parallel crypto-cracking can use GPGPUs instead of FPGAs. This works with any other strategic GPGPU application as well. The milita

So now, projects that need parallel crypto-cracking can use GPGPUs instead of FPGAs. This works with any other strategic GPGPU application as well. The military no longer needs to buy a bunch of Sony gear just for the CPU. Defense contractors or grant-funded university research departments can design and use a GPGPU solution and have more control and customization than using off the shelf parts.