Earlier quoted context omitted.
Most of them are dynamic IPs. Some of them are infected mobile devices. What happens when you log an attack from a device that is attacking you from a school or business WiFi network? Block the whole IP forever? What if the user is on a CGNAT. Are you going to block the edge proxy for that entire ISP? What if you're getting hit from a residential connection that gets a new rotated IP every couple of weeks? Block whoe…
> What happens when you log an attack from a device that is attacking you from a school or business WiFi network? Block the whole IP forever? No, but for a day perhaps. > What if the user is on a CGNAT. Are you going to block the edge proxy for that entire ISP? Maybe. If the ISP doesn’t bother doing anything about it (which is THEIR job, not mine as a website operator). If the ISP can’t be arsed to do their job, why…
The fact that millions, if no more, devices can continue to access the internet regardless of how long they are compromised, is just crazy. I get that it put more responsibility upon end users to secure their devices, if they otherwise run the risk of get thrown of the internet, but I currently fail to see other options. Our device security still isn't good enough that we can just use them with reckless abandonment.
Any "solution" that attempts to fix the problem of increasing DDoS attacks and their damage that doesn't address the issue of compromised devices being allowed to roam free on the internet is a band aid at best.
And I can almost hear people complain that I'm arguing to throw compromised IoT, SCADA and monitoring devices of the internet, and yes I am. None of these things have any business being exposed to the public internet anyway.