This is just standard public key cryptography, we already do this for website certificates. Your browser puts a little lock icon next to the URL if it’s legit, or provides you with a big, full-page warning if something’s wrong with the cert.
I know, but as a physical, mobile object as a camera is involved I imagine it’s much more vulnerable to man-in-the-middle attacks than today’s TLS certificates for sites. There are more moving parts / physical steps and the camera is probably not always online.
But in essence you are right, operating the camera the same way as a server should be possible of course. We need some basic trusted authorities that are as trusted as we have for our current TLS certificates.
What it will prove, is whether the video is actually of a specific camera certificate. Not who owns the camera, if it has been swapped or if the video footage is real.
This is just standard public key cryptography, we already do this for website certificates. Your browser puts a little lock icon next to the URL if it’s legit, or provides you with a big, full-page warning if something’s wrong with the cert.
I know, but as a physical, mobile object as a camera is involved I imagine it’s much more vulnerable to man-in-the-middle attacks than today’s TLS certificates for sites. There are more moving parts / physical steps and the camera is probably not always online.
But in essence you are right, operating the camera the same way as a server should be possible of course. We need some basic trusted authorities that are as trusted as we have for our current TLS certificates.
What it will prove, is whether the video is actually of a specific camera certificate. Not who owns the camera, if it has been swapped or if the video footage is real.