Answer:
False positives on NIPS are just annoyances; false positives on NIPS cause service outages.
Explanation:
NIPS as its name says, are only prevention, a false positive cause only a false alarm in case of.
On the other hand, NIDS are more seriously because they detect the intrusion itself and most of them lock the system so the intrusion won´t repercuse the company, this is why it can cause service outages.
Answer: Network redundancy can be defined as the process of adding the network device, along with a line of communication to provide network availability.
Explanation:
Benefits of building redundancy into a network: It decreases the risk of network failure.
If one server fails to transfer the information, then the backup server will take the charge to help in continuing the communication.
Potential issues with building redundancy: Denial of service and cyber attacks are the threats to network.
Without the use of backup system the one point failure can disrupt the entire system.
Answer:
nope u gonna fail ahhahaha
Explanation:
my dead cat ran across my keyboard
Answer:
//import Random package
import java.util.Random;
class Main
{
public static void main (String[] args) throws java.lang.Exception
{
try{
/* create an object of Random class. this will generate random number
in a given range. */
Random rand = new Random();
// create two variables and assign 100 and 250 to
int l = 100;
int h = 250;
//generate the random number between 100 & 250 (inclusive)
int ran_num = rand.nextInt((h+1)-l) + l;
System.out.println("random number is: "+ran_num);
}catch(Exception ex){
return;}
}
}
Explanation:
Import "import java.util.Random" package.In this package, Random class exist. With the help of this class's object, we can generate a random number between a given range.Here we have to generate a random number between 100 to 250(inclusive). So "(h+1)-l" will be 151 and the number generate is in the range of 0-150. if we add 100 to it, then random number will be in range of 100 to 250.
Output:
random number is: 158
