Deepfakes are one of the more worrying developments when it comes to AI. They are often harrowingly realistic videos of people saying and doing things they've never done. Generally speaking, they're created by overlaying a face, usually one of a celebrity, over another person's to make these misleading videos.
They're often intended to be funny, or at least not made with any serious intent. Some are looking to create movies with famous actors without ever having to leave the house. But as you can imagine there's a tonne of porn out there using deepfakes, which range from fantasies made with video game characters to problematic images of real people.
Aside from the blatant disrespect this can often show to the images of people used, one of the most dangerous things about deepfakes is they're really good. I've seen deepfakes that I'd never have guessed weren't real, and that's especially dangerous when we have an internet that can spread misinformation like wildfire.
“Deepfake videos are everywhere now. You have probably already seen them; videos of celebrities doing or saying things they never actually did.” explains Ilke Demir, senior staff research scientist in Intel Labs.
As it turns out, it takes an AI to catch an AI, and thankfully Intel has been working on just the thing. The company has been working on efforts as part of its Responsible AI work, and has developed what Intel has dubbed the FakeCatcher. This is tech specifically designed to detect fake videos like deepfakes, and it can reportedly do so within milliseconds with a 96% accuracy rate.
Intel explains a lot of other tools attempting to detect deepfakes try to analyse the raw data in the files, while FakeCatcher has been trained with deep learning techniques to detect what a real human looks like in videos. This means it's been trained to look for all the little things that makes people real. Subtle things like noticing blood flow in pixels of a video, which apparently the deepfakes are yet to master. Though maybe this will be how they learn to master our human blood effects. That's a creepy sentence if I've ever written one.
FakeCatcher is set to work on a web-based platform that will hopefully allow anyone to have access to the tech. On the back-end it uses Intel's 3rd Gen Xeon scalable processors combined with a bunch of proprietary software to make the required computations.
If you want to learn more about Intel's FakeCatcher, check out the video at the top of the article. Demir will also be hosting a Twitter Spaces event at 11:30 am PST on Nov 16 where she will further go into the technology used. That's if Twitter's new owner Elon Musk doesn't lay off the people who make Twitter Spaces work before then.