Password Encryption Utility

Protect your website from hackers by using this free online password tool for encryption!

SEO Tools brings you this password encryption online tool to help you protect your website from cyber-attacks. We are aware that a password by itself does not guarantee security, but establishing an effective password and encryption will help you secure your site.

In the present, it's essential for all modern websites to secure the passwords of their users in order to protect them from hackers who could steal all information, including sensitive personal information, from their accounts. Website owners are always looking to increase the number of users they have. This is why we treat their passwords as their most important security feature, and all webmasters must recognize and respect this to earn their trust.

SEO tools provide you with online tools for free to help you protect your site from hackers. These tools include the password encryption tool and the password strength tester. You just need to create strong passwords by examining them with our Password Strength Checker, and then secure them with our Password Encryption Tool.

How does the Password Encryption Tool function?

In the past, safeguarding websites from hackers required an enormous amount of work to ensure that all the personal information of the users was protected and would not be compromised. But there are occasions when hackers discover a way to collect crucial information about the users of their website. This is why we've developed this specific password encryption tool. We are determined to assist website owners in ensuring that the information on their websites is protected.

Our tool for password encryption utilizes three methods that are also referred to as encryption ciphers, namely the traditional DES, MD5, and SHA-1. The standard employs a Unix DES-based encryption algorithm. MD5 employs the hash string, which contains 32 characters of hexadecimal code, and SHA-1 utilizes the US Secure Hash Algorithm 1. Both MD5 and SHA-1 are suitable methods for digesting passwords, but there are instances when using these algorithms won't suffice.

Can anyone gain access to my password?

Everyone, including the user, is entitled to know their password, even if you're a webmaster or the owner of the website. If the user has forgotten their password, they must request the reset of their password and then create a new temporary password via email, along with a message requesting to change the password as soon as possible to protect.

The Algorithm and Rules of Password Encryption

There are certain guidelines that must be adhered to when software is used to encrypt passwords. First, there is the algorithm used to encrypt passwords by using digest, or a one-way process; this method does not allow users to decrypt passwords.

Another rule is to compare passwords entered and saved by using digests, not encrypted strings. A good instance of this is when a user enters his or her password during sign-in, and the system will process their input using the same algorithm as that used to create the password. The program will check whether they match, and if they do, then the password entered can be deemed valid.

The digest algorithms listed are widely utilized algorithms, and to aid site owners in securing their accounts, they should be aware of two terms that are frequently utilized: salt and iteration count. The salt is a sequence of bytes that is added to the password of the user prior to it being digested. This is how it creates digests that are different from the digests we would get when we secured the password on our own, and, as a result, it protects us from attacks that are not intended to be. By using salt, we are able to employ two different strategies. These are:

1. Fixed-Salt is a set of bytes that we use to digest every password. There is a way to hide this salt and think of it as additional security; however, it could create a system that is more vulnerable to birthday attacks as well as other attacks that target our password database generally. In a fixed-salt configuration, one could find that an insecure user can cause an insecure overall password system.
2. Variable salt: This idea is considered to be a safer alternative because you can choose to have it randomly. It is created or calculated independently for each password that is digested. It allows each of the passwords saved to be separated from others, resulting in more secure and stronger protection for passwords.

In the majority of instances, a random variable salt is the best idea because it is extremely difficult for the attacker to identify it. The only drawback is that it forces us to save it unencrypted with the digest so that we are able to retrieve it if required.