
Continuous enhancement is essential to the success of any cryptocurrency project. The Ethereum team strategically chose to look beyond the core developer group for innovation. They actively encourage independent developers, researchers, and enthusiasts—everyone in the crypto market—to contribute ideas and solutions to advance the platform’s ecosystem.
To bring order and transparency to this process, the Ethereum team created a dedicated mechanism for collecting and reviewing proposals: Ethereum Improvement Proposals (EIP). This system organizes submissions, ensures systematic evaluation, and establishes a unified documentation standard for platform improvements.
Ethereum Improvement Proposals are formal submissions designed to improve and advance the widely recognized Ethereum project. EIP authors present targeted ideas and technical solutions to the development team to address platform limitations, enhance efficiency, bolster security and functionality, and introduce new features for both users and developers.
Typically, improvement proposals are submitted as structured technical documents. Each document outlines the initiative’s key points, provides technical justification for changes, details the proposed solution, and specifies actionable steps for implementation on the Ethereum network.
To facilitate processing, Ethereum developers classify all EIPs into several major categories, each addressing a distinct area of improvement:
Standard Track Proposals. This category covers any changes or upgrades impacting most or all implementations of the Ethereum protocol. It includes updates to network protocols, block formation and validation rules, transaction mechanisms, and other foundational network operations.
Standard Track also includes proposals for standardizing platform components and any changes affecting decentralized application compatibility within the Ethereum ecosystem. For precision, Standard Track is subdivided into several specialized sections:
Core. Proposals directly related to Ethereum’s base layer and core, including consensus mechanism updates and fundamental protocol changes.
Networking. Enhancements and modifications to the network layer, including data transmission protocols and node interaction frameworks.
Interface. Proposals focused on improving user and programmatic interfaces for platform interaction.
ERC (Ethereum Request for Comments). Application-level standards and technical agreements, including contract specifications. This section covers key standards such as token formats (ERC-20, ERC-721), name registry systems, URI schemes, library and package formats, and standards for crypto wallets.
Meta Proposals. These proposals cover changes to development tools, work methodologies, or environments used in Ethereum’s creation and ongoing growth. Meta proposals can address decision-making procedures, documentation standards, or organizational aspects of project development.
Informational Proposals. These focus on resolving architectural and design concerns in Ethereum, offering general recommendations or information to the community rather than proposing new features or protocol changes.
The Ethereum team first introduced the formal improvement proposal mechanism—Ethereum Improvement Proposals—in 2015. To promote transparency and accessibility, they established a public EIP repository on GitHub, where anyone can review proposals, their statuses, and discussion histories.
Interesting! When developing the EIP concept, the Ethereum team drew inspiration from the Bitcoin Improvement Proposals (BIP) system, which has successfully enabled coordinated progress in Bitcoin’s distributed developer community.
The EIP system is vital to Ethereum’s ongoing improvement and the ecosystem’s continuous evolution. By leveraging EIPs, the developer team accesses a broad spectrum of ideas and technical solutions from a global pool of specialists—accelerating innovation significantly.
Ethereum’s team regularly reviews new EIPs, conducts technical assessments, and brings the most promising initiatives to public discussion within the developer community. This approach ensures transparent decision-making and incorporates feedback from diverse stakeholders.
Important! Any community member—regardless of status or experience—can create and submit an EIP. This openness makes Ethereum development highly democratic and fosters innovation.
When editors and technical experts see strong potential in a proposal, they launch the implementation process for the EIP in the live network. Before any changes go live, developers conduct thorough testing in test networks and evaluate the initiative’s impact on performance, security, and compatibility with existing applications.
For greater efficiency, Ethereum developers often bundle related EIPs into a single upgrade package for major platform initiatives. This coordinated approach streamlines transitions to new standards.
To illustrate how the EIP system works in practice, consider several proposals that have significantly influenced Ethereum’s development.
EIP-1559 is one of the most impactful examples, introducing fundamental changes to Ethereum’s economic model. A key goal was to transition Ethereum gradually toward a deflationary model by burning a portion of transaction fees. The authors also developed a more equitable and predictable fee calculation method, greatly improving the user experience.
Another major use of the EIP system is the transformation of Ethereum’s consensus mechanism. Developers employ EIPs to move the platform away from the energy-intensive Proof-of-Work system to the more efficient and sustainable Proof-of-Stake method. This transition, accomplished via a series of interconnected EIPs, stands as one of the largest technology upgrades in crypto history and showcases the system’s ability to solve complex technical challenges.
EIPs are formal documents for proposing new features or changes to the Ethereum network. They serve as the main mechanism for community governance and protocol upgrades within Ethereum.
An EIP progresses through several stages: drafting with community feedback, submission for review, approval through discussion and voting, and final implementation in the Ethereum network. Each stage has clear evaluation criteria.
Anyone can submit an EIP, but technical expertise and a thorough understanding of the Ethereum ecosystem are essential. Every proposal must be discussed within the community and approved before implementation.
EIP-1559 improves Ethereum’s gas fee model, making fees more predictable and efficient by burning the base fee to reduce inflation. EIP-2930 lowers transaction costs by reevaluating state access opcodes, optimizing smart contract interactions.
EIPs (Ethereum Improvement Proposals) are formal proposals for network changes. Each hard fork implements approved EIPs, requiring all network nodes to update to maintain consensus.
Visit ethereum.org/en/EIPs to view all proposals. Each EIP is assigned a status: Draft, Review, Last Call, or Final. Track updates on the official site and in the Ethereum community for the latest development progress.











