Original post:

I’ve discussed the idea of Stateless Account Abstraction, which has the potential to significantly scale Ethereum. After Some Discussion with Ethereum Light Client Developers, Below, I’m delighted to provide some ideas and updates regarding the architecture proposal.

The concept of stateless Ethereum opens up possibilities for building a client that can execute blocks in a stateless manner, along with the notion of Stateless Account Abstraction. In a stateless account abstraction, the mempool is separated from the account state, effectively isolating the state from validation and execution logic. Users can participate in the mempool without explicitly providing state information. Instead, their transactions can be verified based on other criteria such as cryptographic proofs and witnesses.

Updated \*\*It is a very interesting time to discuss and practice stateless Ethereum at least in the Account level for now. Vitalk Buterin has an attractive proposal on the statelessness roadmap and Dankrad feist released a strong writing on Verkle trie for Eth1 state. \*\*

The Ethereum state is a data structure that stores all account balances, smart contract codes, and storage contents on the blockchain. As the blockchain grows in size, the state data also grows, and it becomes increasingly challenging for nodes to store and access the data.

The extraction of Miner Extractable Value (MEV) has become a significant topic of discussion in the blockchain community, as it can have both positive and negative effects on the ecosystem. On one hand, MEV can create opportunities for arbitrage and increase efficiency in the system. On the other hand, it can also lead to unfair advantages for certain actors, potentially harming the systems in the long run.

Games are the best way to realize mass adoption and user transitioning onto Web3 and game platforms can help accelerate this process.