@SBF_Alameda Only the sequencer would actually "process" txs and compute the state. The key rule is: a sequencer *must* include *all* batchers that the collectors produced. The goal is that even if sequencers are highly centralized, as long as collectors are not, sequencers cannot censor.
@danrobinson@SBF_Alameda My problem with that is that it would increase the marginal size of a vote from 1 bit to 257 bits. But then again, I live in BLS-aggregated 50000-validator land 😂
If the @solana network hits 10B transactions this week I will do a 1 hour AMA live streamed in the form a one man show of my 1 year old puppy Myro as a disheveled muppet named Moogie with a kiwi accent that only talks in rhymes @AudiusProject @ProjectSerum@SBF_Alameda @circlepay
@SBF_Alameda Another crucial point is that even if only ~20% of a blockchain's stakers are highly distributed individual stakers, that's still a huge benefit. Changing the threshold from "50% of big staking pools" to "62.5% of big staking pools" can increase the Nakamoto coefficient by 2x.
No sharding required.
The @solana blockchain has breezed into the scene 🏄♀️
Find out why @AudiusProject @ProjectSerum, @Kin_Ecosystem@SBF_Alameda more are building out on the SOL platform 🏗️
#SOL $SOL #Solana
https://t.co/uT1tnDK8Ea