Add to that the fact that many of the hacks are largely legal consequence free due to crypto's famous lack of regulation (by design, lol), the economics are far more skewed towards the black hats over the white hats.
1,346 karma · joined December 28, 2020
Add to that the fact that many of the hacks are largely legal consequence free due to crypto's famous lack of regulation (by design, lol), the economics are far more skewed towards the black hats over the white hats.
Finally, because air humidity diffuses in three-dimensional space and the thickness of the Air-gen device is only a fraction of the width of a human hair, many thousands of them can be stacked on top of each other, efficiently scaling up the amount of energy without increasing the footprint of the device. Such an Air-gen device would be capable of delivering kilowatt-level power for general electrical utility usage.
What is old is new again and all that.
Believe what you want, but apply some basic logic - why would they not use data they already have?
Source: used to chat with Google search engineers about web spam back in the day at conferences.
It is working more or less exactly as it should, the employees in question are just downloading untrusted packages inadvertently. This is something that could happen anywhere, even without private package repos.
So no, it is not just a simple issue of supply and demand, it is an issue of lack of governmental transparency.
The fact that this is even a thing is mind boggling.
I remember exploiting fragmented ICMP packets on Windows 95 in like 1996 to blue-screen people using the IcEbx extension for the BitchX IRC client, I think the exploit was called sping maybe? The fact that a such a vulnerability can even exist in such fundamental code these days is mind boggling, especially when bugs in the same family were around in that stack 25+ years ago.
Between this and today's TPM exploit, I have to admit the RiiR folks are starting to have a point.
So while this article is about Go, it definitely applies to C/C++ as well.
At least that is how it is in practice - the language in the license agreement is actually a little fuzzy, when our game was sold from one company to our current one, the lawyers had a bit of a frowning session over some of the language there, but ultimately decided it was okay. Maybe in the future it will be challenged, but for now, self-owned engine changes are the norm.
The code is horribly ugly, but works well. The ugliness I think is less to do with integrating with Unreal and more to do with the author though. That said, it works.
IIRC part of the reason certain features couldn't make it into Microsoft's PowerBI was because of those.
FFT essentially just transforms data into its frequency domain, so I assume the representation shown in the article is just that, brighter spots indicate higher frequency information (which would come from all the little spaced dots), so killing those essentially smooths the noise out of the data.
I imagine that the same effect could be automatically achieved by identifying which frequencies to filter out to get the desired effect.
I'm not saying it is good, but it likely explains it.