Reid Profile picture
investing @statelessVC
Jul 7, 2022 17 tweets 8 min read
At @StatelessVC we have been researching blockchain interoperability and the future of cross-chain communication. I wrote a research piece breaking down frameworks and innovative protocols to better understand the landscape.

🧵👇

(research piece linked at the end) During the 2021 bull run, alt L1s gained users and TVL. Resulting in Ethereum's L1 dominance declining from ~95% to ~55%. This evolution created the need for bridges between blockchains. As a result, usage and TVL for bridges skyrocketed.
Mar 2, 2022 19 tweets 11 min read
1/ I am going to begin sharing some of the internal research I have been working on at @StatelessVC… here we go

Stateless Research Roundup #1:

This past week I spent a lot of time in the @cosmos ecosystem, so let's start there. 2/ As part of my research into the Cosmos ecosystem, I attempted to "map the Cosmos"...  

If I missed something, let me know. If you are building something cool, would love to hear from you.

docs.google.com/spreadsheets/d…
Dec 23, 2021 28 tweets 12 min read
1/ Here we go... ZK World pt. 3 all about @zksync 

If you need a preface please check out pt. 1 on L2 scaling and pt. 2 on zero-knowledge proofs

It’s TIME! 🧵👇

cryptoexplainere60.substack.com/p/zk-world-pt-… 2/ @the_matter_labs: founded in late 2018 by @gluk64 & Alexandr Vlasov to focus on Eth L2 scaling; recieved grant from @ethereum foundation in March 2019

ML is "engineering team passionate about liberty, blockchain, and math"

Creator of @zksync

matter-labs.io
Dec 7, 2021 17 tweets 4 min read
1/ In the first part of my deep dive into zero-knowledge rollups (zkr), I focused on the history of L2 scaling

In the second part (below), my focus shifts to the wild world of zero-knowledge proofs (zkp), the underlying technology for zkr

🧵👇

cryptoexplainere60.substack.com/p/zk-world-pt-… 2/ The concept of a zkp came from a 1985 academic paper out of @MIT

The idea is there is a prover and a verifier - the prover can prove the truth of information to the verifier w/o revealing the information itself