Vitalik Buterin, co-founder of Ethereum, recently indicated that the Hegotá upgrade, scheduled for 2027, could represent the network's final "normal" fork. He emphasized that this upgrade will feature technologies still familiar to those who followed Ethereum's development in 2015.
Buterin noted that the PeerDAS implementation marks the beginning of a significant evolution for Ethereum, transitioning from a simple blockchain to a more complex "cryptographic world computer." This shift aims to enhance the network's capabilities by integrating offchain components and advanced cryptographic verification.
The potential changes could redefine how Ethereum applications are constructed, allowing for more computational tasks to occur offchain while ensuring that the base layer remains responsible for verifying results and settling transactions.
Discussions among Ethereum researchers have emerged regarding the balance between onchain and offchain computations. Some argue that while offchain processing can reduce network workload, essential records should still be maintained onchain to ensure transparency and direct user interaction.
As Ethereum evolves, the implications for decentralized finance (DeFi) applications could be profound, enabling more complex computations outside of smart contracts while maintaining compliance through Ethereum's verification processes. However, questions remain about the demand for such proof-based systems compared to traditional trust-based models.