S
Shaurya Malwa
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Buterin put out thoughts for a long-term roadmap that drastically reduces the complexity of Ethereum’s technology.
Ethereum co-founder Vitalik Buterin is calling for a major simplification of the protocol, aiming to reduce its complexity to a level closer to Bitcoin’s while preserving its unique strengths in programmability and scalability.
In a blog post published Saturday, Buterin argued that Ethereum’s growing technical sprawl — from its consensus mechanisms to its virtual machine — has made it harder to maintain, audit, and onboard new developers.
He proposed a multi-year strategy to shrink Ethereum’s “consensus-critical” codebase and reduce the risk that the protocol becomes too technocratic and fragile.
“Even a smart high school student is capable of fully wrapping their head around and understanding the Bitcoin protocol,” Buterin wrote. “A programmer can write a client as a hobby project.”
Ethereum’s base layer has become increasingly complex due to feature additions, new consensus designs, and legacy code requirements. While this has enabled powerful use cases like smart contracts and zero-knowledge proofs, it has also increased the risk of bugs, made protocol upgrades harder, and raised the barrier for new developers.
In contrast, bitcoin’s core protocol remains relatively unchanged and minimal: blocks, transactions, proof-of-work, and coin outputs.
Area of simplification proposed by Buterin includes an overhaul of Ethereum’s current consensus layer (the “beacon chain”), which involves complex mechanics like epochs, slot shuffling, and sync committees.
Another is patching the Ethereum Virtual Machine (EVM) incrementally, but eventually replacing it entirely with a simpler virtual machine like RISC-V. This lightweight, open standard could bring performance boosts for zero-knowledge provers and drastically reduce code complexity.
However, one of the main challenges is preserving backwards compatibility with existing Ethereum applications.
Buterin outlined a phased approach where the current EVM and the new VM could run side-by-side, and legacy functionality could be moved into “non-consensus” layers.
Continue reading...
Ethereum co-founder Vitalik Buterin is calling for a major simplification of the protocol, aiming to reduce its complexity to a level closer to Bitcoin’s while preserving its unique strengths in programmability and scalability.
In a blog post published Saturday, Buterin argued that Ethereum’s growing technical sprawl — from its consensus mechanisms to its virtual machine — has made it harder to maintain, audit, and onboard new developers.
He proposed a multi-year strategy to shrink Ethereum’s “consensus-critical” codebase and reduce the risk that the protocol becomes too technocratic and fragile.
“Even a smart high school student is capable of fully wrapping their head around and understanding the Bitcoin protocol,” Buterin wrote. “A programmer can write a client as a hobby project.”
High complexity
Ethereum’s base layer has become increasingly complex due to feature additions, new consensus designs, and legacy code requirements. While this has enabled powerful use cases like smart contracts and zero-knowledge proofs, it has also increased the risk of bugs, made protocol upgrades harder, and raised the barrier for new developers.
In contrast, bitcoin’s core protocol remains relatively unchanged and minimal: blocks, transactions, proof-of-work, and coin outputs.
Area of simplification proposed by Buterin includes an overhaul of Ethereum’s current consensus layer (the “beacon chain”), which involves complex mechanics like epochs, slot shuffling, and sync committees.
Another is patching the Ethereum Virtual Machine (EVM) incrementally, but eventually replacing it entirely with a simpler virtual machine like RISC-V. This lightweight, open standard could bring performance boosts for zero-knowledge provers and drastically reduce code complexity.
However, one of the main challenges is preserving backwards compatibility with existing Ethereum applications.
Buterin outlined a phased approach where the current EVM and the new VM could run side-by-side, and legacy functionality could be moved into “non-consensus” layers.
Continue reading...