Do you want to secure your messages and your data in a very safe way? Well, look at this post where we will tell you how with an encryption API!
Undoubtedly we are in an era, where technology takes leaps and bounds; but as it advances and makes our lives easier; it also becomes very insecure where in an oversight we can unintentionally share personal data, or they can steal it.
Never assume that something is secure. Businesses have made their ecosystems more accessible via SOAP or REST APIs in response to the growing demand for initiatives that focus on data. Through application programming interfaces, highly secure data of an organization can be accessed.
This appears to make life easier for developers, which is initially a good thing, but it also raises the question of how to maintain the doors to the API ecosystem open while still keeping them safe from hackers. Because of this, the advantages of employing API-powered encryptors are starting to become more apparent.
You can also use this API to encrypt any kind of data like passwords, bank account details, credit card information, etc. For example, create SHA-512 Algorithm messages, with a private key.
Generate an SHA-512 message by providing the message text, and choosing the desired length of your message. The hash will be generated in the selected format and length.
You can also generate an SHA-512 message with a private key. This requires you to provide your own encryption key, which is used to encrypt the message before sending it to Telegram servers.
The SHA-512 algorithm is a secure hashing algorithm that was developed by the National Security Agency (NSA) of the United States. The algorithm was designed to produce a digest of 512 bits from any input data of any length.
The SHA-2 family of cryptographic hash functions includes SHA-224, SHA-256, SHA-384, and SHA-512. The hash functions are designed by the NSA and were published in 2001 as a result of a competition. The goal of this competition was to replace the existing hash functions MD5 and SHA1, which had been found to be vulnerable to collision attacks.
SHA-512 is used for digital signatures and message authentication codes, in other words, it is used for encryption purposes. It can also be used for key derivation functions (KDFs), e.g., when creating a key from passphrases or passwords using PBKDF2 or script.
Avoid using any services provided by third parties who have access to your data. Make sure that the decrypted data can only be accessed by those who have the password. This type of technology can be used for a variety of private functions, such as password management and encrypted note-taking.
Without further ado, we’d like to recommend using this very user-friendly API in your applications if you’re starting your initial tasks or wish to act faster to protect sensitive data. An encryption API will help you preserve your data using the finest encryption methods!
Any text can be transformed to the necessary encrypted format using the Encryption and Decryption API. Supported hashes include MD5, SHA1, SHA256, SHA384, and SHA512. You’ll be able to decipher them as well. Encryption is frequently used for security purposes online and can provide a safe way of sending data over the internet or communicating crucial information within your company.
You can encrypt the string that the Encryption and Decryption API sends you however you choose. Later on, you’ll get a Hash that you can save. You can compare your hashed strings and approve logins or transactions by doing so. It’s quite simple and secure.