In this work we show how the principles of AFA can be applied to the authenticated encryption scheme Subterranean 2.0, a second round candidate of the ongoing ...
Subterranean 2.0. Algebraic Fault Analysis on the SAE scheme. Results. Page 3. Motivation. • Demand for lightweight ciphers, e.g. for IoT. → Low algebraic ...
In this work we show how the principles of AFA can be applied to the authenticated encryption scheme Subterranean 2.0, a second round candidate of the ongoing ...
This work shows how the principles of AFA can be applied to the authenticated encryption scheme Subterranean 2.0, a second round candidate of the ongoing ...
Mar 4, 2024 · In this paper, we present significantly improved Differential Fault Analysis on Subterranean-SAE and Subterranean-<bold>deck</bold>. We consider ...
Mar 4, 2024 · In this paper, we present significantly improved Differential Fault Analysis on Subterranean-SAE and Subterranean- deck . We consider a more ...
Missing: Algebraic | Show results with:Algebraic
Sep 6, 2024 · In this paper, we present significantly improved Differential Fault Analysis on Subterranean-SAE and Subterranean-deck. We consider a more ...
The round function operates at bit level and has algebraic degree 2. It has a minimum of substructures and ultimate weak alignment which prevents large classes ...
Missing: Fault | Show results with:Fault
Jun 1, 2024 · Article on Improved Fault Analysis on Subterranean 2.0, published in IEEE Transactions on Computers 73 on 2024-06-01 by Sandip Kumar ...
In this work we show how the principles of AFA can be applied to the authenticated encryption scheme Subterranean 2.0, a second round candidate of the ongoing ...