Businesses are increasingly using cloud encryption to safeguard their data from threats including ransomware, data breaches, and third-party unwanted access. Before being transferred and stored in the cloud, data is converted from its original plain text format to an unreadable format called cloud encryption. At no additional cost, Cloud encrypts data on the server before it is written to disc. Encrypting data in the cloud is critical because it assures that even if data slips into the wrong hands, it is rendered useless as long as the keys are kept safe.
This is especially useful when storing data on the cloud because it protects the data in the case that the system, account, or provider is hacked. The act of converting sensitive data from an unreadable state, such as plain text, to an encrypted state is known as cloud encryption. Cloud encryption, like any other type of computer encryption, makes data indecipherable and thus worthless without the key-encryption keys. If the suitable decryption algorithm is utilised, the encrypted data can be decoded back into plaintext.
This makes cloud encryption extremely useful in circumstances where sensitive data must be protected in real time. For example, if an end-user wants to send sensitive customer data from one location to another, they can utilise the encrypted transport protocol to ensure that the data isn't intercepted. The encrypted information will subsequently be stored in the cloud and made available to anyone who requests access via the internet. They can simply access the saved data/content as long as they have the key-encryption keys.
As a result, end-users are increasingly relying on cloud encryption to safeguard their critical data from illegal access. For example, the United States government introduced a new law in July 2018 called the CLOUD Act, which mandates the usage of cloud encryption. This, in turn, pushes cloud encryption adoption in the United States.
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