What Are Ethereum Improvement Proposals (EIPs)?

LeeMaimaiLeeMaimai
/Aug 22, 2025
What Are Ethereum Improvement Proposals (EIPs)?

Key Takeaways

• EIPs are formal documents proposing changes to the Ethereum protocol, promoting transparency and community involvement.

• The EIP lifecycle includes drafting, discussion, review, approval, and implementation, ensuring thorough evaluation.

• Types of EIPs include Core EIPs, ERCs, Meta EIPs, and Informational EIPs, each serving different purposes.

• Recent EIPs like EIP-3675 and EIP-1559 have significantly impacted Ethereum's scalability and fee mechanisms.

• EIPs enhance blockchain governance, security, and innovation, making them crucial for users and developers.

Ethereum, one of the world’s leading blockchain platforms, is constantly evolving to meet the needs of its vast and dynamic community. Central to this evolution are Ethereum Improvement Proposals (EIPs)—the standardized mechanism for suggesting, discussing, and implementing changes within the Ethereum ecosystem.

What Are EIPs and Why Do They Matter?

An Ethereum Improvement Proposal (EIP) is a formal, structured document that outlines a potential change, upgrade, or addition to the Ethereum protocol. Any community member—including developers, researchers, and users—can submit an EIP. These proposals can range from minor bug fixes to major upgrades that fundamentally impact the network, such as consensus changes or scalability solutions. The goal is to ensure that updates are transparent, well-documented, and open for community feedback and peer review. This approach aligns with the decentralized philosophy of Ethereum, giving all network participants a say in its development (Coinbase, Finst, GeeksforGeeks).

The EIP Lifecycle: From Idea to Implementation

  1. Drafting: Anyone can draft an EIP following strict formatting standards for clarity and completeness. The Ethereum Foundation provides guidelines for submissions, ensuring proposals are comprehensive and understandable (PixelPlex).
  2. Discussion: Once submitted, EIPs are discussed publicly, often in forums such as the Ethereum Magicians or GitHub, where core developers and community members evaluate the merits, potential risks, and implementation details.
  3. Review and Feedback: Community input is essential. Proposals undergo peer review to identify technical flaws, improvements, or alternative approaches.
  4. Approval: If consensus is reached, the EIP is accepted and scheduled for inclusion in future protocol upgrades—sometimes requiring a network-wide hard fork to activate new rules (Coinbase).
  5. Implementation: Finalized EIPs are implemented in software updates and activated across the network, ensuring all nodes adhere to the latest protocol standards.

Types of EIPs

EIPs are categorized to streamline the governance and implementation process:

  • Core EIPs: Changes to the underlying protocol, including consensus mechanisms, fee structures, or core logic.
  • ERCs (Ethereum Requests for Comments): Standards for smart contracts, tokens (e.g., ERC-20, ERC-721), and dApps. ERCs are a subcategory of EIPs focused on application-level rules (Coinbase).
  • Meta EIPs: Process-related changes, such as governance improvements or developer tools.
  • Informational EIPs: Guidelines and best practices, not directly affecting protocol rules (Finst).

Recent EIPs: Shaping the Future of Ethereum

Some recent and impactful EIPs include:

  • EIP-3675 (The Merge): Transitioned Ethereum from Proof-of-Work to Proof-of-Stake, drastically reducing energy consumption and laying the groundwork for future scalability.
  • EIP-1559: Introduced a new fee mechanism with base fees and burning, improving predictability and potentially reducing ETH supply (Finst).
  • EIP-4844 (Proto-Danksharding): Prepares Ethereum for massive scalability via rollups and introduces innovations like “blobs” for efficient data storage, paving the way for lower fees and greater throughput (PixelPlex).
  • Account Abstraction & Verkle Trees: Enhance security, usability, and network efficiency for both developers and end users (GeeksforGeeks).

For ongoing updates and in-depth insight into current proposals, you can visit resources such as Ethereum’s official EIP repository on GitHub or explore educational guides from providers like Crypto Academy.

Why EIPs Matter for Users and the Industry

EIPs play a fundamental role in blockchain governance and technical progress:

  • Transparency: Open submission and discussion ensure all stakeholders can track and participate in Ethereum’s evolution.
  • Security: Regular upgrades help patch vulnerabilities and introduce safer practices.
  • Innovation: EIPs are the gateway for new features, standards, and decentralized applications, driving industry growth.

Secure Your Assets in a Changing Ethereum Landscape

As Ethereum undergoes frequent upgrades through EIPs, users and developers must ensure their funds and keys remain safe. OneKey hardware wallet offers robust protection, supporting the latest Ethereum standards and smart contract interactions. Its firmware is regularly updated to adapt to protocol changes, making it a reliable choice for anyone seeking security and compatibility in the rapidly evolving Ethereum ecosystem. For those participating in governance, deploying smart contracts, or simply holding ETH and tokens, choosing a hardware wallet that keeps pace with EIPs is essential.

Interested in learning more about Ethereum’s future and securing your assets? Explore Ethereum’s roadmap and check out how OneKey can help you stay safe and up-to-date.

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