D is the way to go, my friends. It's like the server is trying to run a marathon while carrying the entire Internet on its back. No wonder it can't keep up with the regular requests!
D) The principle of HTTPS Flood attack is to initiate a large number of HTTPS connections to the target server, causing the server resources to be exhausted and unable to respond to regular requests.
I'm going with D. It's the only option that really nails the fundamental concept of an HTTPS Flood - overloading the server with connections to make it unresponsive. The other choices are just a bit off the mark.
D) The principle of HTTPS Flood attack is to initiate a large number of HTTPS connections to the target server, causing the server resources to be exhausted and unable to respond to regular requests. begging.
C) The principle of HTTPS Flood attack is to request URIs involving database operations or other URIs that consume system resources, causing server resource consumption. Failed to respond to normal requests.
Hmm, I think D is the winner here. Attacking the server with a flood of HTTPS requests to bring it down - that's the classic HTTPS Flood attack, right?
A and B sound like they might be related to HTTPS Flood defense, but they don't really address the core principle of the attack itself. D is the most accurate description.
D) The principle of HTTPS Flood attack is to initiate a large number of HTTPS connections to the target server, causing the server resources to be exhausted and unable to respond to regular requests.
Option D is clearly the correct answer. It describes the essence of an HTTPS Flood attack - overwhelming the server with a large number of HTTPS connections to exhaust its resources.
Marg
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