Answer:
a. drop the attack packet(s)
Explanation:
An IPS not only detects and alerts system administrators but it also stops attacks. It is built to consistently monitor a network, report malicious incidents and take preventative actions. So, how does an IPS work exactly? An IPS does a deep packet inspection and either blocks the IP of whoever sent the malicious packet or removes the malicious packet's content and repackages its payloads. Thus, this means that the malicious packet is completely dropped by stripping off of its header information and any infected items in the packet.
Havinh=g the software to do it all
I've never heard of a group account so I'm going with.
C. Group
Answer:
4G/5G.
Explanation:
The broadband cellular network technology that mobile platforms utilize to stream voice, IP telephony, mobile internet access, video calling, gaming services, cloud computing, high-definition mobile TV, and mobile 3-D TV is 4G/5G.
4G technology refers to the fourth generation broadband cellular network technology that is typically used for cellular communications on mobile phones and it is considered to have an internet speed that is ten times faster than what is obtainable on the third generation (3G) broadband technology.
Similarly, 5G is the fifth generation broadband cellular network technology that succeeded 4G and it offers higher quality in terms of performance, reliability, availability and efficiency.
As a result of the speed and high quality specifications of the 4G/5G broadband cellular network technology, they are widely used for various communications systems.
Answer:
Arrays are indexed from 0 in pretty much every language, except stupid Microsoft languages.
Lets say that ARR_SIZE is 5 for example.
So you have an array of 5 elements. They are indexed from 0 - 4.
arr[0] // First element
arr[4] // Last element
Therefore arr[ ARR_SIZE -1 ] is the last element of the array.
That's why for loops to iterate through arrays are wrote like:
for(int i = 0; i < ARR_SIZE; ++i)
