Your New Password

will be impossible to hack

Safe and Secure Password Generator

Click the pic

https://1app.ca/pw.html

With security problems everywhere, I built the most secure password generator you will ever need. Free. This website cannot store any personal or sensitive information, ensuring maximum security for our users. No cookies, ads, or tracking at all.

30 of the most common passwords in North America:

• 123456

• password

• 123456789

• 12345678

• 12345

• 1234567

• admin

• 123123

• qwerty

• abc123

• letmein

• monkey

• 111111

• password1

• qwerty123

• dragon

• 1234

• baseball

• iloveyou

• trustno1

• sunshine

• princess

• football

• welcome

• shadow

• superman

• michael

• ninja

• mustang

• jessica

Using easy-to-guess passwords puts your online accounts and sensitive information at significant risk. Hackers often rely on techniques such as "brute force" attacks or "dictionary attacks" to crack passwords.

A brute force attack involves trying every possible combination of characters until the correct one is found, while a dictionary attack uses common words, names, and predictable patterns.

Passwords like "password123" or "qwerty" are especially vulnerable because they are widely used and easily identifiable in precompiled lists of guesses.

Additionally, personal information, such as birthdays or pet names, can be guessed based on public or stolen data, making these passwords even less secure.

A 20-character password with a random assortment of lowercase and uppercase letters, numbers, and symbols is practically unbreakable because of the astronomical number of possible combinations.

How Random Is This?

The randomness in the code comes from the Math.random() function. While this isn't "true randomness" (it’s pseudo-random), it’s more than sufficient for generating secure passwords for everyday purposes. Here's why:

Character Pool Size:

• The pool has 26 uppercase + 26 lowercase + 10 numbers + 15 symbols, giving ~77 unique characters.

For a 20-character password, there are 77 to the 20th power = 77²⁰
possible combinations, which is astronomically large.

Equals 77 to the power of 20 = 7720 = 53,680,246,747,375,952,479,747,683,856,888,021,201

1. Shuffling:

   • The shuffle step adds another layer of randomness, making it highly unlikely that the same password will repeat even if the generator is used many times.

2. Practical Repeat Probability:

   • Repeating the exact same password would require hitting an extremely unlikely combination of random numbers. For all practical purposes, the chance is negligible.

The inclusion of randomness and variety ensures that no predictable patterns exist, further enhancing the password's strength. Such complexity makes brute force attacks computationally infeasible and protects against most forms of password-based breaches.