A Stateless Key Updation Framework for Enhancing Data Security
C.Satheesh Pandian, C. Karthikeyan · International Journal of Engineering Technology and Management Sciences · 2020
Side-channel analysis (SCA) exploits the data leaked through outputs to reveal the secret key of cytological modules. The important threat of SCA lies within the ability to mount attacks over tiny components of the key and to mixture data over completely different encryptions. The threat of SCA are often dynamic the secret key at each run. Indeed, several contributions within the domain of outflow resilient cryptography tried to attain this goal. However, the projected solutions were computationally intensive and were designed to resolve the matter of the present cytologicalschemes.The generic framework of light-weight key change which will shield the present cytological standards and valuate the minimum necessities for heuristic SCA-security. Propose a whole resolution to shield the implementation of any standard mode of advanced cryptography customary. The answer maintains identical level of SCA-security (and typically better) because the state of the art, at a negligible space overhead whereas doubling the turnout.