@manu88
result of these computations remains encrypted, and when decrypted, it matches the result of computations performed on the original unencrypted data.
This is achieved through special encryption algorithms and mathematical transformations that preserve the structure and properties of the data during the computation process.
For example, consider a simple arithmetic operation like addition. With FHE, two encrypted numbers can be added together, and the result, when decrypted, will be the same as if the addition had been performed on the original numbers.
This capability extends to more complex operations, making FHE a powerful tool for secure data processing.
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