Password Encryption Utility

About Password Encryption Utility

Utilize our FREE online password encryption utility tool to protect your websites from hackers!

This free online password encryption utility is provided by Small SEO Tools to assist you in keeping hackers off your website. We are aware that a password by itself cannot ensure website security, however you can increase website security by choosing a strong password and encrypting it.

Currently, users' passwords on current web apps must be encrypted to protect them from hackers who may steal all the data, including sensitive personal information, from their account. Since website owners always want to draw in more visitors, we see passwords as the key to their privacy. In order to earn their trust, every website owners must recognize and respect this. You can protect your website from hackers by using the free internet tools that Small SEO Tools offers. The Password Strength Checker and the Password Encryption Utility are these. All you have to do is use our Password Strength Checker to make sure your password is strong, and our Password Encryption Tool to encrypt it.

How does Password Encryption Utility tool work?

In the past, making sure that all user data is safe and won't be hacked required a lot of labor in order to protect a website from hackers. However, there are still instances in which hackers manage to obtain crucial data about its users. We created this unique password encryption tool in order to assist website owners in ensuring that all sensitive information on their sites is protected.

Three techniques, commonly referred to as encryption ciphers, are employed by our Password Encryption Utility tool: MD5, SHA-1, and regular DES. The standard uses an encryption technique based on Unix DES, while SHA-1 employs the US Secure Hash technique 1, MD5 uses a hash string containing a 32-character hexadecimal integer. While both SHA-1 and MD5 are suitable techniques for password processing, there are several circumstances in which using these algorithms alone will not be sufficient.

In most cases, a random or variable salt is the preferred concept because it will be a lot difficult for the attacker to know it. The only downside is that it will force us to save it unencrypted together with the digest so we can recover it if needed.

However, if you still want to have some parts of the salt secret, a better approach would be a mix of both techniques (fixed-salt and variable salt). This means you have salt that is composed of both a fixed secret portion as well as a random one; taking into consideration that only the random bytes are being saved undigested along with the result of the digest.

The third rule is that we must follow the lowest recommended size of salt is 8 bytes. So, if a mixed technique is used, make sure that at least 8 of its bytes should be random.

The iteration count pertains to the number of times that the hash function at which we are digesting is also applied to its own output. To be able to get maximum security, the minimum recommended number of iterations is 1,000.

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