According to Odaily, Vitalik Buterin expressed his views on the social platform X, emphasizing that Ethereum is moving towards building a global computer. This is not only a technical pursuit but also a core mission to achieve a freer and more open internet.
Technological Breakthroughs in 2025
Ethereum has achieved several key advancements this year. The increase in Gas limits, the rise in Blob counts, optimization of node software quality, and significant breakthroughs in zkEVM performance have laid a solid foundation for Ethereum’s scalability. Through innovative solutions like zkEVM and PeerDAS, Ethereum is evolving into a more powerful and efficient blockchain network.
The True Challenge
Vitalik pointed out that the real test for Ethereum is not the technology itself but how to realize its ultimate vision — becoming the infrastructure of a new generation of the internet. To do this, Ethereum needs to build a decentralized application ecosystem capable of resisting fraud, censorship, and third-party interference. These applications should be persistent, able to operate normally even if developers disappear.
Necessary Conditions to Achieve the Vision
To turn Ethereum into a global computer, breakthroughs are needed on two levels: first, on the blockchain layer, in scalability and true decentralization; second, on the application layer, in decentralized construction. Only when both conditions are met can Ethereum truly become the infrastructure supporting an open internet ecosystem, providing users with trustless, permanently available decentralized services.
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Ethereum's Ambition: Building the Infrastructure for a Global Open Internet
According to Odaily, Vitalik Buterin expressed his views on the social platform X, emphasizing that Ethereum is moving towards building a global computer. This is not only a technical pursuit but also a core mission to achieve a freer and more open internet.
Technological Breakthroughs in 2025
Ethereum has achieved several key advancements this year. The increase in Gas limits, the rise in Blob counts, optimization of node software quality, and significant breakthroughs in zkEVM performance have laid a solid foundation for Ethereum’s scalability. Through innovative solutions like zkEVM and PeerDAS, Ethereum is evolving into a more powerful and efficient blockchain network.
The True Challenge
Vitalik pointed out that the real test for Ethereum is not the technology itself but how to realize its ultimate vision — becoming the infrastructure of a new generation of the internet. To do this, Ethereum needs to build a decentralized application ecosystem capable of resisting fraud, censorship, and third-party interference. These applications should be persistent, able to operate normally even if developers disappear.
Necessary Conditions to Achieve the Vision
To turn Ethereum into a global computer, breakthroughs are needed on two levels: first, on the blockchain layer, in scalability and true decentralization; second, on the application layer, in decentralized construction. Only when both conditions are met can Ethereum truly become the infrastructure supporting an open internet ecosystem, providing users with trustless, permanently available decentralized services.