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Why Is So Necessary A Encryption And Decryption API For Your Website?

Do you want to use encryption and decryption API on your website to make it more secure? then read this post to learn how to do it!

Encryption and decryption are two of the most important processes in computing. Encryption is the process of translating information into a code that can only be understood by the intended recipient. Decryption is the reverse process, where you take encoded data and return it to its original form.

Many websites use encryption and decryption APIs to help keep their users’ information safe. For instance, if you want to store sensitive data like credit card numbers or social security numbers, encryption is a way to protect them from hackers or other unauthorized people looking at your site.

A good encryption and decryption API will also allow you to create strong passwords without having to write them down (or keep them in a document on your computer).

Encrypting existing data is easy but decrypting them requires the right key or password which only the user knows. This ensures that only authorized users can access the data they need without compromising security for everyone else who uses the same system.

Decrypting encrypted data can be done automatically when needed, which saves both time and money for organizations that deal with large amounts of sensitive information every day (such as banks).

Why Is So Necessary A Encryption And Decryption API For Your Website?

What Kinds Of Encryption Algorithms Are There?

Symmetric Key Encryption: This style of cryptography encrypts and decrypts data using a single secret key. This key is used by both the sender and the recipient to encrypt and decode their respective messages. This process is additionally known as “secret-key cryptography.” It is one of the most widely utilized techniques in use today since it is simple to include in hardware or software. As we’ll see shortly, there are several disadvantages when compared to alternative approaches like public-key cryptography.

Asymmetric Key Encryption – This kind of cryptography employs the usage of two keys for encryption: a public key for message encryption and a private key for message decryption. Using this approach, you can send messages.

What Is The Purpose Of This API?

Symmetric encryption employs single-key cryptography, in which the same key is used for both encoding and decoding. The key used in symmetric cryptography is the same for both data encryption and decryption.

Asymmetric cryptography uses two keys: a public key that anybody can use to encrypt data and a private key that only its owners may use to decode it.

You may use a very secure method to encrypt any string with the aid of this API. When the request is sent, a unique encryption key is created for you that is 64 random bytes long (it’s not a hex string!).

To decode the encrypted string from the first parameter, use the same key. The returned value is a hexadecimal representation of the encrypted string.

With the aid of this API, you can encrypt any text in 2023! Simply provide the plaintext string and secret key as a POST request argument. Without further ado, we provide the best data security solution now obtainable!

Encrypt Your Data to Protect It!

Using the Encryption and Decryption API, any text may be converted into the required encrypted format. The hashes MD5, SHA1, SHA256, SHA384, and SHA512 are supported. They’ll be comprehensible to you as well. Internet security commonly makes use of encryption, which can offer a secure method of delivering data over the internet or exchanging vital information within your business.

Why Is So Necessary A Encryption And Decryption API For Your Website?

The Encryption and Decryption API will provide you with a string that you may encrypt as you choose. You’ll receive a Hash later that you may save. By comparing your hashed strings, you may approve logins and transactions. It’s quite easy and safe.

Related Post: Best Encryption and Decryption API For Development Purposes


Also published on Medium.

Published inApps, technology
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