The Passphrase Generator is a free online tool which generates safe, strong, and secure random passphrases.

We do not store any passphrases generated on this website.

Instructions:

1. Select the number of passphrases you want to generate from first dropdown list.

2. Select the number of words you want to have in each passphrase from the second drop down list.

3. Click/tap "generate passphrases" to generate your passphrases.

4. You can copy each passphrase to your device clipboard by clicking or tapping the "Copy" button next to each passphrase.

Passphrases:

What is a passphrase?

A passphrase is a sequence of words or other text used to authenticate a user.

How does a passphrase differ from a password?

A passphrase is generally longer and more complex than a password, often consisting of multiple words or other text, whereas a password is typically shorter and made up of a combination of letters, numbers, and special characters.

What is the history of passphrases?

Passphrases have been used for centuries to secure sensitive information, but the modern concept of the passphrase as a means of authentication can be traced back to the development of computer systems in the 20th century.

What is the main advantage of using a passphrase over a password?

The main advantage of using a passphrase over a password is that it is more secure because it is longer and more complex.

What is the recommended length for a passphrase?

The recommended length for a passphrase is at least 16 characters, but they can be longer.

What types of characters can be used in a passphrase?

Characters that can be used in a passphrase include letters, numbers, and special characters.

How often should a passphrase be changed?

It is recommended to change passphrase regularly, every 3-6 months or if it is suspected to be compromised.

How do you create a strong passphrase?

By using a passphrase generator. A strong passphrase should be at least 16 characters long and should also not be a word or phrase that can be found in a dictionary, a book, movie, or in song lyrics, etc.

Can a passphrase be cracked?

A passphrase can be cracked through various methods like dictionary attack, brute force attack, and so on.

What is a passphrase manager?

A passphrase manager is a tool that helps users generate, store, and manage their passphrases securely.

How can a passphrase manager help me?

A passphrase manager can help by generating strong passphrases, storing them securely, and automatically logging you into websites and apps.

Is it safe to use a passphrase manager?

A passphrase manager is generally safe to use if the user takes necessary precautions like using a strong master passphrase and keeping their device secure.

Can a passphrase be used for two-factor authentication?

Yes, a passphrase can be used as one form of authentication in a two-factor authentication process, where a second form of authentication such as a fingerprint or a one-time code is also required.

How can I remember my passphrase?

You can use mnemonic techniques to remember your passphrase, like creating a memorable sentence or phrase.

What are the common mistakes people make when choosing a passphrase?

Common mistakes include using easily guessable information like personal information or simple words, and not making it long enough.

Can I use the same passphrase for multiple accounts?

It is not recommended to use the same passphrase for multiple accounts, as if one account is compromised, all other accounts using the same passphrase are also at risk.

Can I use a passphrase with my biometric authentication?

Yes, a passphrase can be used in conjunction with biometric authentication such as fingerprint or facial recognition.

How does a passphrase improve security compared to a password?

Passphrases are generally considered more secure than passwords because they are longer and more complex, making them more difficult to guess or crack.

What are some best practices for creating a passphrase?

Best practices for creating a passphrase include using a combination of upper and lowercase letters, numbers, and special characters, avoiding personal information and common words, and making the passphrase at least 16 characters long.

What is a "passphrase strength"?

Passphrase strength refers to the difficulty of guessing or cracking a passphrase. The strength of a passphrase is determined by its length, complexity, and randomness.

How are passphrases usually stored?

Passphrases are usually stored in a hashed format, which is a one-way encryption process that turns the passphrase into a unique string of characters. This way, even if the data is compromised, it's extremely difficult to reverse the process and obtain the original passphrase.

How are passphrases usually verified?

Passphrases are usually verified by hashing the entered passphrase and comparing the result to the stored hashed version. If the two match, the passphrase is correct.

Are passphrases vulnerable to a dictionary attack?

Passphrases, like passwords, are also vulnerable to dictionary attacks, which are automated attempts to guess a passphrase by trying a list of words or other characters.

What are some examples of a passphrase?

Some examples of passphrases include "correct horse battery staple", "Tr0ub4dor&3", "Alligator3#Mango", and "Green-Eyed_Lizard7".

How are passphrases usually transmitted?

Passphrases are usually transmitted securely, such as over a secure network connection or through an encrypted messaging service.

Are passphrases more secure than biometric authentication?

Passphrases and biometric authentication both have their own set of advantages and disadvantages. Passphrases can be changed regularly, and their strength can be increased, but biometrics like fingerprints, iris scans, or facial recognition are unique to each person and can't be lost or forgotten.

Are passphrases more secure than multi-factor authentication?

Passphrases and multi-factor authentication both have their own set of advantages and disadvantages. Passphrases can be very strong, but multi-factor authentication provides an extra layer of security by requiring a second form of verification, such as a fingerprint or a one-time code sent to a phone.