This work presents the DRF3 (Data Root Fluid v.3) protocol, a novel approach to data integrity based on algebraic decomposition and nilpotency validation. Unlike traditional methods relying on external hashes or checksums, DRF3 embeds integrity directly within the mathematical structure of the data by decomposing each unit into three correlated components: Q (quotient), DR (digital root), and FN (nilpotent fluid). This paper outlines the theoretical framework, experimental validation through a working prototype, and future directions toward cryptographic integration.
Andrea Esposito (Tue,) studied this question.