Van Der Wijden further highlighted the possibility of maintaining a minimal state. This concept revolves around the idea that sequencers, RPC providers, and fraud provers handle the full state while all other nodes keep a stripped-down version. The idea is to limit the number of nodes that need to maintain a full state to increase efficiency and speed up the network.
He also pointed out the benefits of simplifying receipts and logs. Current Ethereum receipts, which confirm the success of a transaction and provide gas usage data, take up a significant amount of storage space. He suggested that these functionalities are not fully utilized and could be efficiently replaced by auxiliary services. These services would collect and store logs, allowing users to query this information when needed, significantly reducing data storage requirements.
Furthermore, Van Der Wijden discussed the issue of parallelizing computation. One of the significant challenges with the current methodologies is identifying conflicting transactions. He suggested that by making access lists mandatory, transaction senders would be required to specify which accounts their transactions would interact with. This would significantly increase transaction efficiency by addressing conflicting transactions upfront.
In addition to these changes, he also proposed having centralized RPC nodes validate transactions before they reach the sequencer. This would reduce the sequencer’s workload, potentially leading to improved overall performance and scalability.
Van Der Wijden’s proposals for a high throughput L2 solution for Ethereum aim to address some of the most pressing challenges facing the network – scalability, speed, and efficiency. These design ideas, if implemented, could significantly enhance the Ethereum network’s performance without compromising its security, offering a promising solution to some of the most pressing issues facing the Ethereum network.
In conclusion, Van Der Wijden’s innovative L2 design proposals offer a fresh perspective on how Ethereum can improve its speed and efficiency without sacrificing security. By streamlining state management and simplifying receipts and logs, he has provided a well-thought-out roadmap for a more efficient and secure Ethereum L2. However, the real test will be in the implementation and acceptance of these proposals by the broader Ethereum community.
