Apologies to be savage; didn't mean to insult though. If you know, then you know, and I'm sorry if I mis-assessed that.
Every algorithm that depends on the discrete logarithm problem or on integer factorization is vulnerable to Shor's. So basically everything that was state-of-the-art until 2016 or so, with a few exceptions, but not many. Bottom line, everything a decade old and not updated, is potentially vulnerable. The reason why it makes no sense to list "individual assets" is because the only things that have real issues are decentralized things or those that cannot be easily upgraded.
So a parking meter working on CE5, or a vending machine with WinXP, will feel more friction in the upgrade path than, say, your browser, your bank, and so on.
Apologies to be savage; didn't mean to insult though. If you know, then you know, and I'm sorry if I mis-assessed that.
Every algorithm that depends on the
discrete logarithm problemor oninteger factorizationis vulnerable to Shor's. So basically everything that was state-of-the-art until 2016 or so, with a few exceptions, but not many. Bottom line, everything a decade old and not updated, is potentially vulnerable. The reason why it makes no sense to list "individual assets" is because the only things that have real issues are decentralized things or those that cannot be easily upgraded.So a parking meter working on CE5, or a vending machine with WinXP, will feel more friction in the upgrade path than, say, your browser, your bank, and so on.