Dynamic Salt Generating Scheme Using Seeds Warehouse Table Coordinates

The expectancy in authentications that trump vagaries of cracking techniques have surfaced two blurred lines. One lays between low-entropy password adoption and commensurate encryption competence. The other is interposed between anonymizing authentication requisites and providing cookbooks for adversaries. The cutting-edge technologies are tailored to gain an edge, which nevertheless get bogged down in striking a balance, sometimes leading users astray. The bullish assumptions are being replaced by bearish ones. In need of compensating for the inadequacies, this paper puts forth a novel dynamic salt generating scheme of great expansibility, future adoptability, and easy usability, at the same time, guarantees appreciable improvements on the aggregate security level of password storage. Contrary to the conventional means, this scheme subtly generates salt values in the course of each authentication rather than retaining a storage. The whole scheme gets further enhanced by resonating with the innovative Seeds Warehouse Table. Apart from preserving the advantages while amortizing no extra cost across users, it is comparatively preferable owing to the provable boost in resistance to both hash collision and dictionary attacks.