The Magic of Computation on Encrypted Data

At the core of the Fully Homomorphic Encryption Protocol (FHEP) lies a breakthrough capability: performing computations directly on encrypted data without the need to decrypt it. This unique ability eliminates the need to expose sensitive information during processing, a critical requirement in today’s data-driven world, where privacy is paramount.

To achieve this, FHEP uses complex mathematical structures to generate ciphertexts from plaintext data using a public key. These ciphertexts represent encrypted versions of the original data, and they can be manipulated using various operations—addition, multiplication, etc.—without revealing the underlying information.

What makes FHEP truly revolutionary is that, despite being encrypted, the results of these computations are identical to what they would be if they had been performed on raw, unencrypted data. After the computation, the encrypted results can be decrypted using a corresponding private key, ensuring that only authorized parties can access the final output. This method offers a secure, private approach to data processing that is essential in industries that handle sensitive or confidential information.