Primitives implemented ====================== .. autosummary:: cascada.primitives.aes cascada.primitives.cham cascada.primitives.chaskey cascada.primitives.feal cascada.primitives.hight cascada.primitives.lea cascada.primitives.multi2 cascada.primitives.noekeon cascada.primitives.picipher cascada.primitives.rectangle cascada.primitives.shacal1 cascada.primitives.shacal2 cascada.primitives.simeck cascada.primitives.simon cascada.primitives.speck cascada.primitives.skinny64 cascada.primitives.skinny128 cascada.primitives.tea cascada.primitives.xtea Apart from the suite of tests included in CASCADA, we have tested the search for low-weight characteristics in the primitives listed above by revisiting the following work listing the weights of optimal characteristics covering small number of rounds: - XOR differential and linear characteristics of AES [Mou+11, Table4] - XOR differential and linear characteristics of CHAM, [Roh+19, Table 10, Table11] - linear characteristics of Chaskey [LWR16, Table 4] - XOR differential and linear characteristics of HIGHT [Yin+17, Table 4, Table 7], - XOR [KLT15, Table1], related-key XOR [Wan+18, Table 5] and RX [Lu+20, Table 5] differential characteristics of Simeck, - XOR [LLW17, Table 1] related-key XOR [Wan+18, Table 5] and RX [Lu+20, Table 5] differential characteristics of Simon, - XOR differential and linear characteristics of SKINNY [Bei+16, Table 7] - XOR differential [BVC16, Table 4] and linear [LWR16, Table 2] characteristics of Speck - XOR differential and linear characteristics of RECTANGLE [https://eprint.iacr.org/2019/019, Table 4] You can find the references of the form ``NameYear`` in the paper `CASCADA: Characteristic Automated Search of Cryptographic Algorithms for Distinguishing Attacks `_.