Look at the CVE database. Most of those UAFs are LPE. Many of the OOBs and many of the race conditions too. These are fixed in Linus' master but you are running an old kernel.
Then look at the KASAN reports on the syzkaller dashboard. Many of them are LPE. Many of the WARNs and crashes are revealing and underlying bugs that is also an LPE. Most of these never get fixed.
Then try pointing your LLM at the codebase and saying "find an LPE". It will find as many as you want (you will exhaust your tokens long before it stops finding bugs). 99.99% of them will be bogus so you need a way to evaluate them at scale, currently this is the weakest approach but we'll get better at it.
I can't actually point you to a list of confirmed LPEs coz the only way they get confirmed is when someone exploits them, but there aren't enough exploit authors to do this for all of them. If inference gets really cheap and someone builds a really good agent harness we might start to see it get automated at some point.
Look at the CVE database. Most of those UAFs are LPE. Many of the OOBs and many of the race conditions too. These are fixed in Linus' master but you are running an old kernel.
Then look at the KASAN reports on the syzkaller dashboard. Many of them are LPE. Many of the WARNs and crashes are revealing and underlying bugs that is also an LPE. Most of these never get fixed.
Then try pointing your LLM at the codebase and saying "find an LPE". It will find as many as you want (you will exhaust your tokens long before it stops finding bugs). 99.99% of them will be bogus so you need a way to evaluate them at scale, currently this is the weakest approach but we'll get better at it.
I can't actually point you to a list of confirmed LPEs coz the only way they get confirmed is when someone exploits them, but there aren't enough exploit authors to do this for all of them. If inference gets really cheap and someone builds a really good agent harness we might start to see it get automated at some point.