With this FREE Online Password Encryption Utility tool, you can protect your website from hackers.
To assist you in protecting your website from hackers, TopSEO is providing you with this free online Password Encryption Utility tool. Passwords alone do not guarantee security, but encrypting your password and creating a strong password will assist you in making your website secure.
Modern web applications must encrypt their users' passwords to protect them from hackers who may steal sensitive information and personal data from their accounts. Whenever a website owner wants to attract more users, we treat their passwords as the key to their privacy, and they must be acknowledged and respected to earn their trust.
We at TopSEO provide you with free online tools that can help you protect your website from hackers. These tools are the Password Encryption Utility and Password Strength Checker. Our Password Strength Checker can assist you in creating a strong password, which can then be encrypted with our Password Encryption Tool.
It has taken a great deal of effort in the past to ensure that all of the users' information is secure and will not be compromised when protecting a website against hackers. It is, however, possible for hackers to find a way to obtain important information about its users. The purpose of this special password encryption tool is to assist website owners in protecting all valuable data on their websites.
In order to encrypt passwords, we utilize three methods, also known as encryption ciphers - the standard DES, MD5, and SHA-1. A Unix DES-based encryption algorithm is used in the standard, while MD5 makes use of a hash string that contains a 32-character hexadecimal number, and SHA-1 makes use of the US Secure Hash Algorithm 1. MD5 and SHA-1 both work well for password digesting, but sometimes they're not enough.
Passwords should be kept confidential by no one other than the user. This includes webmasters and website owners. The user should request a password reset if they forget their password and then receive a new temporary password via email, with a message asking them to change it as soon as possible.
It is a bit like learning a new language to understand password safety. The process of transforming your passwords can be accomplished using a variety of tools, each of which works in a different way.
Imagine the password being R@nT4g*Ne! (Rent Forgone, in common terms.) Let's pass this information through several different encryption tools:
You may be able to gain access to your files if a persistent hacker can get through your defenses. You are likely to cause significant delays if you use a system such as this. When hackers are unable to discover the algorithms used to protect passwords, they grow frustrated. A different target may be chosen instead.
Using hashing codes and salt, you can protect your password both during transit and at rest. It will take a little more effort to achieve full security. According to experts, even a strong encryption policy can lead to blind spots. It is easy to believe that you are secure when you are not.
Promote the use of strong password policies. Make sure yours are as follows:
If a program is used for password encryption, certain rules must be followed. There are two types of algorithms that encrypt passwords: one-way processes and digests, which prevent the user from decrypting the password.
The second rule is to compare digests, not unencrypted strings, in order to match input and saved passwords. When a user enters his or her password at sign in, the system will digest the input using the same algorithm used when the password was created. Afterwards, the program will compare and check if they are identical, and if they are, then the password used can be considered valid.
To further assist website owners in securing their accounts, there are two concepts that are commonly used, which are salt and iteration count. All of the digest algorithms mentioned above are well-known and widely used algorithms. During the process of digesting a password, a salt is added as an arrangement of bytes. We can thus protect ourselves from unwanted attacks since our digests are different from what they would be if we encrypted the password alone. We can implement two different strategies with salt, namely:
A random or variable salt is usually preferred since it will be much more difficult for an attacker to determine its value. In addition, we must save it unencrypted along with the digest in order to be able to retrieve it if necessary.
In case you still wish to keep some parts of the salt secret, a better approach would be to combine both techniques (fixed salt and variable salt). The salt therefore consists of both a fixed secret portion as well as a random one, taking into consideration that only the random bytes are stored undigested along with the digest result.
Lastly, we must adhere to the lowest recommended size of salt, which is 8 bytes. When using a mixed technique, ensure that at least eight bytes are random.
Iteration counts refer to the number of times the hash function we are digesting is applied to its own output. A minimum of 1,000 iterations is recommended to ensure maximum security.
