I think the same is probably true for VLC to a lesser extent, which is pretty wild considering I've never heard of it being used as an attack vector, e.g. via torrents.
> I doubt it'd be worth one's time to write exploits for desktop Linux
How many developers, network administrators, etc. run desktop Linux? Gaining access to those can be very, very valuable.
It's worth pointing out that many, many, many things use the libav* library family.
https://signal.org/blog/cellebrite-vulnerabilities/
> Given the number of opportunities present, we found that it’s possible to execute arbitrary code on a Cellebrite machine simply by including a specially formatted but otherwise innocuous file in any app on a device that is subsequently plugged into Cellebrite and scanned. There are virtually no limits on the code that can be executed.
But it was a product using a 9 year old ffmpeg build (at the time).
If the exploit chain involves the user downloading and opening a file, something like >99% of the time the next step already involves executable code (or Office macros), which makes any ffmpeg vuln completely useless.
And to the best of my knowledge, there has not been any in-the-wild exploit against Chrome through the handful of ffmpeg codecs they enable. Not even pwn2own type competitions either, as I recall.
Budget web host using outdated software getting hacked because they havent updated in 2 years isn't exactly all that interesting of a blog post even if the victim knows enough to figure out what happened.