Taking multiple measures to crack a password
Brute force password cracking
Brute-Force Password cracking is the lowest common denominator of password cracking. More common methods of password cracking, such as dictionary attacks, pattern checking, word list substitution, etc., attempt to reduce the number of trials required and will usually be attempted before brute force. Brute-Force can take hours, day, months, or even several years to complete. The amount of time taken to Brute-Force a password is often extremely illogical for any low-grade everyday password-cracker.
Example One: A Hacker getting your computer's password by use of a brute-force attack. Example Two: A Hacking gaining access to a database by cracking the encrypted password.
No. That password could be hacked by a brute force attack in a matter of seconds.
This question is too vague. What is meant by brute force attack? Physical or computers - need more info..
Just as long as it would if it were legal.
Password guessing is usually more of an art or a brute force method of cracking a password. As such it doesn't require much sophistication - anyone can guess at passwords - but it is extremely limited and unlikely to correctly guess passwords created with proper complexity.
They will be able to see that it exists, but they will not be able to access it unless they know the decryption password or do a "brute-force" attack on it, by having a program test every possible password.
brute force attack
The speed of a brute force attack is governed by the length of the key you are attempting to discover and the number of "guesses" per second.
Brute ForceAnswer Explanation: There are several types of password guessing attacks. Dictionary and Brute Force attacks are the most commonly used types. Dictionary attacks use dictionary lists and language databases to track passwords. Brute Force attacks use CPU and memory power to make password-guessing attacks against secure network resources. Brute Force attacks are able to create straightforward alphabet passwords much faster than short alphanumeric passwords, even at 256 characters. The opposite is true of dictionary attacks.
Number of unsuccessful logon attempts.