00:01
Hello student here the password storage.
00:03
So storing the login password.
00:04
Password is 123 password 1234 and arp is a capital.
00:09
In computer memory it will consume memory byte based on the character encoding used.
00:14
Assuming ascii encoding let us convert it into the hexadecimal.
00:18
So password is here p capital password 1234.
00:23
So this is the password here and ascii value for this is ascii value p for 80 a for 97 s for 115 s for 115 w for 119 o for 111 r for 114 d for 100 1 for 49 2 for 50 3 for 51 and 4 for 52.
00:43
These are the ascii code.
00:45
So hexadecimal representation of the password 1234 would be 50 61 73 73 77 6f 72 64 31 32 33 34.
00:57
So this is the hexadecimal representation of the password 1234.
01:02
So if you store the login password password 1234 on the computer hard disk, it should not be stored as it strong.
01:11
It should not be considered as a strong password.
01:14
It is not considered as a strong password.
01:16
Strong password in place in text on a hard disk is a significant security risk.
01:22
In case of a security breach or unauthorized access to the hard drive, attacker can easily obtain and misuse the password.
01:28
Instead password should be securely hashed and sorted before storage.
01:33
Hashing is a one -way process that convert the password into an irreversible string of characters making it significantly more challenging for the attacker to retrieve the original password.
01:45
So with the help of hashing we can provide the protection and security.
01:52
Now password 1234 is not considered a strong password.
01:56
It lacks complexity and consists of a common word followed by the number...