> The performance of older processes is also not sufficient for the latest cryptographic systems, such as Post Quantum algorithms or Multiparty Threshold ECDSA with Identifiable Aborts. On the upside, one could understand the design down to the transistor level using this process.
It would be great to see support for PQ and MPC algorithms, but what would make that easier would be SE programmability with access to the base primitives. The specific title reference implies GG-20 (which the original paper is broken, revealed in later papers such as the Alpha-Rays attack), so that would suggest a need for an SE that could expose field element arithmetic (both for DKG and signature creation) and support for Paillier, but even just having the former would be a major boon, as you could implement MPC protocols that rely only on base DLog assumptions like DKLs18 and 19 which use oblivious transfer (albeit with some matrix operations). Any news on this that can be shared at this time?