For this particular attempt, the last stage of the cyber kill chain that Josh performed is: Weaponize.
A cyber kill chain is also referred to as a cyber-attack chain and it can be defined as a series of steps that comprises the stages of a cyber attack. Thus, a cyber kill chain can be used to understand, trace and stop the sequence of events involved in a cyber attack.
Generally, a cyber kill chain comprises seven (7) main stages and these include:
1. Reconnaissance
2. Weaponize
3. Delivery
4. Exploit
5. Install
6. Callback
7. Persist
Weaponize simply involves choosing one or more attack vectors to begin an intrusion into a network system, after gathering sufficient information about the target.
In this scenario, the last stage of the cyber kill chain that Josh performed is weaponize because he decided to investigate other methods of intruding into the system, so as to send his file.
Read more: brainly.com/question/24112967
Answer:
Computers solve complex problems by coding
Explanation:
I hope this helps
Typically, "Del" stands for "delete."
Most times, this key will do different things depending on the type of keyboard/computer you have. For example, on macs, the "delete" key is also the backspace key, so it will delete the last character you typed. However, on most pcs, the "delete" key will delete characters you typed that are in front of your cursor.
Answer:
1) fair use
2) register
Explanation:
It will not be fair if you copy somebodies work without citing his/her name in your work. You cannot just do that, and this is confirmed by copyright law fair use. Hence fair use completes the above sentence.
Also, the owner of the work must register his work at copyright office for getting the copyright protection.
Answer:
// here is code in C++.
#include <bits/stdc++.h>
using namespace std;
// main function
int main()
{
// variables
int minn=INT_MAX;
int maxx=INT_MIN;
int n1,n2,n3,n4,n5;
cout<<"enter five Numbers:";
//read 5 Numbers
cin>>n1>>n2>>n3>>n4>>n5;
// find maximum
if(n1>maxx)
maxx=n1;
if(n2>maxx)
maxx=n2;
if(n3>maxx)
maxx=n3;
if(n4>maxx)
maxx=n4;
if(n5>maxx)
maxx=n5;
// find minimum
if(n1<minn)
minn=n1;
if(n2<minn)
minn=n2;
if(n3<minn)
minn=n3;
if(n4<minn)
minn=n4;
if(n5<minn)
minn=n5;
// print maximum and minimum
cout<<"maximum of five numbers is: "<<maxx<<endl;
cout<<"minimum of five numbers is: "<<minn<<endl;
return 0;
}
Explanation:
Declare two variables "minn" & "maxx" and initialize them with INT_MAX and INT_MIN respectively.Then read the five number from user and compare it with "minn" & "maxx" ,if input is greater than "maxx" then update "maxx" or if input is less than "minn" then update the "minn". After all the inputs, "minn" will have smallest and "maxx" will have largest value.
enter five Numbers:5 78 43 55 12
maximum of five numbers is: 78
minimum of five numbers is: 5