How to Crack Passwords?

Even though we're constantly reminded to do so, very few of us take the time. Passwords continue to be stolen, leaked, and cracked amid all the chaos. As a result, we're taking a different approach this time and trying to get your attention from the attacker's point of view. Using a complicated password is critical, and we'll show you how to accomplish it yourself using real-world examples.

Choosing a long, complicated password with at least 10 characters is the only way yourself from an aggressor password thief. Anyone can make use of anything that's even abridged or simplified. A password manager is significantly more appealing than trying to develop unique passwords once you realise this fact. We've got some tips for those who need help picking a password!

We utilised password-cracking software on our passwords to get information for this article. If you use cracking tools to break into websites, services, or data you don't own, you may face legal and ethical implications. Our recommendation is not to give it a second thought.

In what ways does hashing safeguard your password?

To deter hackers, a reputable website will not store a password in its original form, known as plaintext. You'll instead be asked to enter your password into an algorithm that generates "hashes," random sequences of numbers and letters that appear to be unrelated to each other.

The site won't say the hashing algorithm it uses because doing so would compromise its security. Another option is to add a "salt," a string of additional characters that make your password even more difficult to read.

Creating a sample hash is as simple as clicking on the button below. MD5hashgenerator.com is a good place to start if you want to generate an MD5 hash. For safety reasons, you should never hash a password you intend to use. Even though MD5 is considered dangerous, it can still be used to demonstrate how password hashing and cracking work.

Layer of Security

An additional layer of security is provided by using hashing algorithms. Because it was built that way, you cannot decipher a hashed password. The website or service doesn't need to know your password to safeguard you. A simple hash comparison between your password and one already stored on the site is all you need. You're a goer if the two are in agreement. Passwords can also be decoded in the same manner.

Why are hashed passwords still crackable?

Although hashing is an important and fundamental step in password security, it does not render your password impregnable to hackers. There is no need to reinvent the wheel when it comes to password cracking. All required are password guesses, hashes, and a comparison to the leaked password hash. It's unfortunate, but if a hacker guesses your password correctly, they've got it. They try again and again and again if they're wrong. You can access your Chase Manhattan account by logging in to your online account.

Bank of America (Bancorp)

Websites of this type generally have mechanisms to prevent users from trying to hack into their accounts by repeatedly using the same password.

Pretend to be Bill Gates and try a slew of different password combinations until you land on something that works. For a financial institution, the same holds. Any well-thought-out website has an element of control. Your account or IP address may be flagged as a hacker target, resulting in login restrictions or outright bans.

After a password was breached, all bets were out. Consider the following example: 2.19 billion email addresses/usernames and passwords were made public during the Collections hack in 2019. Anyone with access to those hashed passwords can download them to their computer and then try to crack them without any of the rate constraints imposed by a live website once the credentials are released.

Knowing the method for password hashing and employing a PC's tremendous processing power to guess billions of password combinations per second is all that is required to crack a password." Time, processing power, and creative guesses are your password's enemies. Look at the following to see whether your password has been stolen:

The implications for the safety

Cracking passwords is the speciality of Terahash, which generated the image below in 2018 to show how simple or tough it may be. Lists of popular hashing algorithms may be found to the left of the diagram. Password cracking speed is shown by the colour next to each algorithm using Terahash's password-cracking technology. The Bitcoin/Litecoin algorithm, coded yellow-green, took the longest to crack, whereas the NTLM approach, coded dark red, was the fastest.

The algorithm is merely one piece of the puzzle. Another consideration is the original password's length. The initial length of a hashed password is used to determine how easy it is to crack using the colour-coding of the other fields. Passwords containing between four and eight characters can be cracked "Instantly" or for up to an hour, depending on the hashing algorithm used. In general, dark-green passwords take longer to crack than bright-green passwords. Passwords that are orange or red are virtually impossible to decipher.