Simple passwords are easily cracked, which is why it's crucial to secure your accounts with strong passwords. Our password tester helps you check the strength of your password, making it easy to create strong, secure passwords.
Our password checker uses several criteria to test the strength of your passwords. Currently, it checks the following things to test your password strength.
The more of these things you add to your password, the stronger it will be. The password strength test is shown using a meter. The length, color, and label of the password change to show the strength.
Strength ranges from:
poor->weak->not great->better->strong
If your password gets ranked “better” or “strong,” then know that it is very difficult to crack with brute force and dictionary attacks.
Passwords are perhaps the most critical aspect of modern software security. Today, we use passwords to authenticate access to all of our accounts.
Our email, social media, and SaaS applications all require a username and a password to log in and use. Without a password, anyone can copy your username and use your accounts in any way they see fit.
Today, password protection is mandatory, but people do not put much thought into creating strong passwords. Well, here’s what happens if you don’t create a tough password.
If your password gets cracked or guessed easily, then the attacker can do one or more of the following things.
Password cracking is still one of the most popular vectors of cyber attacks because passwords are the weakest link in security. You can easily expect someone to be lazy with their password or even have it written down somewhere where anyone can steal it.
There are two main types of password cracking.
Brute-forcing: The first one is called brute forcing. In this approach, a bot will attempt to input all possible combinations of characters in the hopes that one of the combinations is the correct one.
Brute forcing takes more time the longer and more complex the password is. For example, a password that is ten characters long and has one capital letter and one symbol will take five years to be cracked. On the other hand, a simple four-letter word will be cracked within a second.
That’s why you will notice that many websites don’t allow you to create small or simple passwords.
Dictionary attacks: A dictionary attack uses a list (a dictionary) of common passwords that people like to use. Passwords such as “123456” or the word “password” are present on this list.
A bot program quickly enters all of the listed passwords in the dictionary in the hopes that one of them might be the correct one. This approach is quite successful because many people create highly common and poorly thought-out passwords that are already present in the dictionary.
To create a strong password, simply follow the criteria used by our password checker to test password strength.
Keeping those criteria in mind, here’s what you can do to generate strong passwords.
All passwords checked through this password tester are kept safe with your browser only. No password is sent to the server or anywhere outside your computer in any way.
The tool also checks the total characters, characters in upper and lowercase, numbers, space, and symbols in your mentioned passphrase.
Your password is considered more secure if it has more than ten characters and uses capitals, symbols, and spaces. However, even a password that satisfies all of these conditions can be easy to crack if it is really obvious.
You can check the security of your password by using our password checker, which will provide an objective measure of its strength. If the password is rated strong, then it is very secure.
The passphrase is a password that consists of a sentence. Since it is a sentence, it is longer and has spaces and even punctuation. This makes it much harder to crack with brute force.
Passphrases are easy to remember as well, so you can avoid writing them down somewhere.
No doubt, a strong password protects your account from any hacking attempts. But still, there are other practices that you must adopt for digital security.