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History Ascon was first published as a candidate in Round 1 [32] of the CAESAR competition [87]. This original design (version v1) specified the permutation as well as the mode for authenticated encryption with two recommended family members: The primary recommendation Ascon-128 as well as a variant Ascon-96 with 96-bit key. For the subsequent versions v1.1 for Round 2 [33] and v1.2 for Round 3 [35], minor functional tweaks were applied, including a reordering of the round constants and the modification of the secondary recommendation to the current Ascon-128a.

Natural side-channel protection Ascon is a bitsliced design with a small state size, which means that straightforward software implementations require no data-dependent table lookups or other cache accesses. On many platforms, all data can be kept in registers during computations. This is for instance important in cloud applications to prevent cross-VM attacks and other cache-based attacks.

The Ascon suite is based on the sponge design methodology [14]. The permutation of Ascon uses an iterated substitution-permutation-network (SPN), which provides good cryptographic properties and fast diffusion at a low cost. To provide these properties, the main components of Ascon are inspired from standardized and well-analyzed primitives. The substitution layer uses an affine equivalent of the S-box used in the \(\chi \) mapping of Keccak [19, 27] designed to add diffusion. The permutation layer uses linear functions similar to the \(\Sigma \) functions used in SHA-2. The resulting design has itself been thoroughly analyzed during the CAESAR competition, and the published results show a comfortable security margin. Details on the design principles for each component are given in the following sections.

Compared to other sponge-based authenticated encryption designs, Ascon uses a stronger keyed initialization and keyed finalization phase. As a result, even in case an attacker somehow manages to recover the internal state during data processing (e.g., due to side-channel attacks), this does not directly lead to the recovery of the secret key or forgeries without significant additional computations. To allow this additional robustness, Ascon has to set the possibility of full state absorption aside. However, we value robustness for lightweight use-cases more than a potential increase in performance.

On the other hand, mixing layers as used in AES-based designs provide a high branch number, but are too expensive to provide an acceptable speed at a small size. The mixing layer of Keccak is best used with a large number of large words. Other possible candidates are the linear layers of Luffa [44], Hamsi [65], or other SPN-based designs. However, these candidates were either too slow or provide a less optimal diffusion.

Ankele and Ankele [1] give a detailed performance overview of the second round CAESAR candidates for short messages. In many scenarious (e.g., SSH with 5 bytes of associated data and 1 byte of plaintext), Ascon-128a is able to perform very well, even when compared to AES-based designs which use native AES instructions on Intel Skylake processors [1, Figure 6]. 2ff7e9595c

Design Base V1.2 Free Download: Boost Your Creativity and Productivity with CorelDRAW

Design Base V1.2 Free Download

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