In recent research, Justin Drake introduced an initiative to simplify Ethereum and ensure quantum security, highlighting issues in the current tech stack.
Justin Drake's Proposal for Lean Ethereum
Ethereum Foundation researcher Justin Drake proposed the 'Lean Ethereum' concept aimed at making the Layer-1 smart contract network quantum-proof, while also simplifying its tech stack, which includes the consensus layer, data layer, and execution layer. Drake suggested implementing zero-knowledge powered virtual machines to verify data on the blockchain without revealing its content, thereby increasing the security of transaction execution.
Issues with Current Ethereum Technology
Drake also proposed adopting data availability sampling as a way to reduce storage requirements for the Ethereum blockchain while preserving block integrity. Data availability sampling checks small, random pieces of a block to ensure its accuracy without the need for a node to download the entire block. Developers continue to call for a simpler Ethereum tech stack to promote ease of use among blockchain developers.
Similar Initiatives from Other Developers
In May, Ethereum co-founder Vitalik Buterin expressed similar concerns, stating his desire to simplify Ethereum's tech stack over the next five years to make the blockchain network's architecture as simple as Bitcoin. He noted that excessive technical development has contributed to increased costs, security risks, and insularity in the research and development culture. Buterin also proposed a shift to a RISC-V architecture to make the network faster and more resilient.
The initiatives proposed by Justin Drake and other developers highlight ongoing issues regarding the complexity and security of Ethereum technologies. Simplifying the tech stack and strengthening protection against quantum threats could contribute to a more resilient development of the network in the future.
