From Blockchain to a “Cryptographic World Computer”: What’s Next for Ethereum
Ethereum co-founder Vitalik Buterin recently published an article titled “The Cryptographic World Computer,” proposing that Ethereum is evolving from a traditional blockchain into a “cryptographic world computer.” He expects that around 2030, Ethereum will adopt mechanisms such as few-slot finality to further shorten confirmation times and improve network efficiency. The industry views this statement as an important signal of Ethereum’s long-term technical direction.
Meanwhile, Ethereum’s next major upgrade, “Fusaka,” announced by the Ethereum Foundation, is underway. Its main goal is to improve the scalability of Layer 2 (L2) networks and significantly enhance the user experience on both L1 and L2. In addition, the Ethereum Foundation is testing censorship-resistant and block-building mechanisms such as ePBS and block-level access lists. Some proposals are expected to be implemented in subsequent upgrades in 2027.
For everyday users, upgrades often mean higher network throughput and potential changes to transaction costs, but they also bring short-term uncertainty during technical transitions. Following the official roadmap and progress on developer networks is more reliable than chasing scattered updates.
This is not investment advice.
#以太坊 #加密世界
Ethereum co-founder Vitalik Buterin recently published an article titled “The Cryptographic World Computer,” proposing that Ethereum is evolving from a traditional blockchain into a “cryptographic world computer.” He expects that around 2030, Ethereum will adopt mechanisms such as few-slot finality to further shorten confirmation times and improve network efficiency. The industry views this statement as an important signal of Ethereum’s long-term technical direction.
Meanwhile, Ethereum’s next major upgrade, “Fusaka,” announced by the Ethereum Foundation, is underway. Its main goal is to improve the scalability of Layer 2 (L2) networks and significantly enhance the user experience on both L1 and L2. In addition, the Ethereum Foundation is testing censorship-resistant and block-building mechanisms such as ePBS and block-level access lists. Some proposals are expected to be implemented in subsequent upgrades in 2027.
For everyday users, upgrades often mean higher network throughput and potential changes to transaction costs, but they also bring short-term uncertainty during technical transitions. Following the official roadmap and progress on developer networks is more reliable than chasing scattered updates.
This is not investment advice.
#以太坊 #加密世界