How to encrypt and decrypt JSON properties?

How to encrypt and decrypt JSON properties?

While encrypting the entire column value is very straightforward, when it comes to JSON columns, we need to preserve the JSON object structure while only encrypting the JSON property values. Let’s assume that our application defines a User entity that encapsulates all the user-sensitive information in a UserDetails object:

What is the structure of JSON Web Encryption?

JSON Web Encryption (JWE) A data structure representing an encrypted version of a Plaintext. The structure consists of three parts: the JWE Header, the JWE Encrypted Key, and the JWE Ciphertext. Plaintext The bytes to be encrypted – a.k.a., the message.

How to encrypt and decrypt JSON properties with JPA-Vlad?

In this article, we are going to see how we can encrypt and decrypt JSON properties when using JPA and Hibernate. While encrypting the entire column value is very straightforward, when it comes to JSON columns, we need to preserve the JSON object structure while only encrypting the JSON property values.

How are JSON objects defined in a Jef container?

JEF containers always start with a top-level JSON object. JSON objects are described as tables with associated properties. When a property holds a JSON object this is denoted by a link to the actual definition. Properties may either be mandatory (M) or optional (O) as defined in the “Req” column.

Why is JSON serialization encrypted in json.net?

The reason for that is, during serialization JSON.NET uses the standard getter/setter so a decrypted version of the password is stored (as the library gets it from the class) while the internal storage in _password during runtime would be encrypted.

How to get the cipher text in JSON?

// Get the actual cipher text bytes by removing the first 64 bytes from the cipherText string. var randomBytes = new byte[32]; // 32 Bytes will give us 256 bits. // Fill the array with cryptographically secure random bytes. public static class StringCipher { // This constant is used to determine the keysize of the encryption algorithm in bits.