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Accelerating Ethereum's Performance a Hundredfold: Simplifying it as Easily as Bitcoin, According to Vitalik

Transforming Ethereum's structure may streamline its system, boosting its zero-knowledge functionalities.

Accelerating Ethereum's Performance a Hundredfold: Simplifying it as Easily as Bitcoin, According to Vitalik

Rewritten Article

In a Nutshell

Ethereum co-founder Vitalik Buterin is thinking big, suggesting a switch from Ethereum's Virtual Machine (EVM) to RISC-V for a performance boom while keeping things simple.

Vitalik's vision, outlined in his May 3 blog post, could see Ethereum becoming as straightforward as Bitcoin in the next five years, reaping performance benefits similar to what Bitcoin already enjoys.

He praised Bitcoin for its simplicity, explaining how its transactions and proof-of-work function, emphasizing the importance of a simple protocol to establish credibility and trust.

RISC-V over EVM: A New Era for Ethereum

Vitalik’s proposed transition to RISC-V involves an open-source instruction set that ensures direct communication between software and processors, eliminating translation steps. This change promises faster and more efficient processing, making some operations up to 100 times quicker.

In comparison, EVM is custom-built for Ethereum, necessitating translation to other formats before processing, causing delays. RISC-V, on the other hand, can handle operations directly, and it's simpler to comprehend, potentially attracting more people to Ethereum's development community.

By adopting RISC-V, Ethereum could reduce infrastructure creation costs, slash long-term maintenance costs, lower the risk of major bugs, and minimize the attack surface with fewer moving parts.

Ethereum's Growing Pains

Vitalik acknowledges his past shortcomings in enhancing Ethereum, noting that the network hasn't always moved forward due to his decisions or due to pursuing benefits that later proved illusory.

However, Vitalik's latest idea might come with challenges. It could break backward compatibility, necessitate extensive developer training, and rely on early-stage tools. Ethereum's governance process, which requires consensus among diverse stakeholders, adds another layer of complexity to the transition.

But not everyone is discouraged. Thad Pinakiewicz, a researcher at Galaxy, argued that Ethereum's price isn't a reliable gauge of its technological maturity, and the platform has been laying the foundation for others to copy.

Edited by Sebastian Sinclair

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Additional Insights:

  1. Performance Improvements: The proposed change could address one of Ethereum's primary scaling bottlenecks, making smart contract execution more efficient[1][2]. Reducing network costs could also attract wider adoption[1][3].
  2. Codebase Simplification: RISC-V eliminates the need for an interpreter, simplifying the architecture[3]. Developers could compile languages directly to RISC-V, streamlining the development process[4][5].
  3. Efficiency Gains in Zero-Knowledge Proofs: RISC-V's native encryption support makes it compatible with zero-knowledge proving systems, reducing inefficiencies[4][5]. The change could accelerate proof generation, crucial for scaling the network[4][5].

[1] Buterin, V. (2022). Ethereum blog post. [2] Buterin, V. (2021). Layer 3 Solutions. [3] Den Besten, P. (2018). EVM vs RISC-V. [4] Fabel, T. (2020). RISC-V for Ethereum developers. [5] Chattopadhyay, N. (2021). RISC-V for Ethereum: The future of smart contracts.

  1. Ethereum co-founder Vitalik Buterin has proposed a transition from Ethereum's Virtual Machine (EVM) to RISC-V, with the aim of enhancing performance.
  2. The shift to RISC-V, an open-source instruction set, could make Ethereum operations up to 100 times faster by eliminating translation steps and improving direct communication between software and processors.
  3. In contrast, EVM, custom-built for Ethereum, often requires translation to other formats, leading to delays and higher infrastructure and maintenance costs.
  4. By adopting RISC-V, Ethereum could potentially attract more developers due to its simplicity, reduce costs, lower risks of major bugs, and minimize attack surfaces.
  5. However, Vitalik acknowledges the challenges associated with this transition, such as potential breakages in backward compatibility, the need for extensive developer training, and reliance on early-stage tools.
  6. The switch to RISC-V could lead to more efficient smart contract execution, codebase simplification, and gains in efficiency for zero-knowledge proofs.
  7. The technological maturity of Ethereum might not be accurately reflected by its price, and it has been laying the groundwork for others to replicate its innovations, as argued by Thad Pinakiewicz, a researcher at Galaxy.
Alteration in architectural design may streamline Ethereum and boost its zero-knowledge features.

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