Comment by RandomGerm4n
3 hours ago
This approach assumes that the smartphone in question is not under the user’s control. That should generally not be the case. When I buy a device, I have the right to install whatever I want on it and to make the camera sensors believe whatever I want. If something cannot be implemented securely under these circumstances, it’s not a good idea, and other solutions are needed. I once tested a video identification system for a company that the manufacturer claimed was absolutely secure. All it took was rooting the smartphone and bypassing the root detection. After that, you could play any pre recorded video, which would then be recognized as camera input. Under those conditions, it was easy to manipulate a video so that a company employee would consider it real enough to verify the test subject.
It’s simply not technically possible to verify the authenticity of the camera input with 100% certainty. Pretending that it is possible only creates problems. Then someone fakes evidence, but all the normies who have no clue about technology assume that it must be real. You see this with AI detectors too they recognize random texts as generated, yet an unbelievable number of people believe them.
How do you plan to replace the sensor of your phone's main camera (with a device you need), and let it authenticated by the OS, and then create authenticated photographs with it?
Apple/iOS already have part authentication pipeline on its security sensitive devices (TouchID/FaceID). How can camera sensor can't be considered one of those and needs attestation before enabling?
From the document:
> Apple Reference Image leverages custom-designed image sensors in iPhone 18 Pro and iPhone 18 Pro Max to ensure reliable capture of image data, and relies on Private Cloud Compute, which provides a computational environment for secure photographic processing that cannot be subverted even in the case of device compromise. (emphasis mine)