cr
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New vault incoming on Byzanlink RWA Markets. Testnet early access waitlist is now open. Join the waitlist for early access and the Byzanlink Alpha Discord role. Apply now: forms.gle/6FVVLhmWrFfhFS…



The OPEN ecosystem is growing. Established global brokerage @moomoo and wallet provider @keplrwallet are now supporting OPEN. 🤝 By building on OPEN’s infrastructure, Moomoo and Keplr will continue to increase accessibility to blockchain-native public equities for investors, with speed and transparency unmatched by centralized legacy systems. It’s real equity, now in the wallet of your choice.






ok still got a couple in me, so onwards to the 9th @ikadotxyz question, this one goes a bit more into the nitty gritty of 2pc-mpc today's question: mpc requires multiple rounds of communication between parties, how can that happen in under a second in a decentralized network that coordinates on another network? the answer: mpc does require multiple rounds of communication, and in 2pc-mpc v2 we optimized this to work best for a blockchain. in 2pc-mpc v1, we needed 7 rounds of communication to generate a signature, 6 rounds in what we call "presign" and then a signing round. even with a few hundreds of miliseconds per round, that adds up. in 2pc-mpc v2, we had 2 major improvements that allow to take it to the next level: - the first improvement was reducing the presign from 6 rounds to only 2 rounds. big w. - the second improvement was that the presign rounds are client non-interactive, so they can be done without the user share, and without knowing what the message will be. this means after a dwallet is created, it can start running presign rounds and "accumulate" them. and that is for ecdsa signatures which are more complex, for eddsa and schnorr it gets even better because not only are the rounds faster, but presigns are also decoupled from the client keys, so the network can "accumulate" presigns without them even being connected to a specific dwallet. these optimizations allow us to focus only on the latency of a single "sign" round, since the network can work in a really efficient and optimized way in the background for presigns rounds. and because the super fast mysticeti which is the basis of sui (where ika writes the mpc output), is also the basis of communication between ika mpc nodes - we can do the impossible: run an mpc sign round with 100s of nodes, write that output to sui, and do all of that in less than a second! and this my friends, is a detailed breakdown of just one of the many reasons we keep saying @ikadotxyz is only possible on @SuiNetwork

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