As the Ethereum ecosystem flourishes and its user base expands, demands for network performance have escalated. Despite numerous significant upgrades in the past, like The Merge and Rollups, which have marginally enhanced transaction processing capabilities and reduced fees, transactions costs remain high for average users, and overall throughput is yet to meet the standards required for large-scale adoption. This bottleneck somewhat limits Ethereum's broader applicability.
In pursuit of greater scalability, the Ethereum community has long been eyeing data sharding as a long-term solution to alleviate congestion. However, the development and deployment of this complex technology are time-consuming tasks. Consequently, an interim improvement proposal called EIP-4844 has arisen on the path towards full-fledged Danksharding. Aimed at serving as a transitional measure, EIP-4844 seeks to boost transaction processing capacity to approximately 100,000 transactions per second while preserving decentralization and security. This enhancement promises a smoother, more cost-effective blockchain experience for users, thereby fostering wider adoption of Ethereum.
EIP-4844, or the "Ethereum Improvement Proposal 4844," is a crucial technical suggestion by developers to address Ethereum's scalability challenges. It builds on the upcoming Danksharding shard technology, serving as a pivotal step in enhancing the network's performance and efficiency incrementally.
To grasp EIP-4844, one must first understand blockchain sharding. Sharding is a database optimization technique that divides a large database into smaller, independent parts called shards, which can process data concurrently, boosting system throughput and responsiveness. In Ethereum's context, sharding entails partitioning its state space into multiple subsets, with each processed independently on separate shard chains.
Danksharding is Ethereum's unique take on sharding, expected to increase Ethereum's TPS (transactions per second) to 100,000, compared to the current Base Layer's roughly 15 TPS and Layer 2 aggregators' around 100 TPS. The performance boost is evident. Unlike other sharding proposals, Danksharding focuses on expanding space for data blobs rather than merely increasing transaction capacity, introducing a merged fee market mechanism. Under this mechanism, a single proposer selects transactions across all shards, reducing MEV (Maximally Extractable Value) issues instead of having individual proposers for each shard.
As an interim stage before full Danksharding implementation, EIP-4844 introduces the concept of Proto-Danksharding. Aimed at temporarily raising TPS to approximately 1,000, it more importantly brings about a new transaction type – Blob data transactions. These allow users to store vast amounts of non-executable data on the Ethereum mainnet, alleviating storage pressure and forming an essential component of a complete Danksharding architecture.
Scheduled for deployment on the Ethereum network in the first half of 2024, subject to adjustments, EIP-4844 will optimize resource utilization, lower user costs, and pave the way for the eventual full realization of Danksharding. Ultimately, it propels Ethereum towards higher levels of scalability and practicality.
At the heart of EIP-4844 lies a novel transaction type — transactions bearing Blobs. These transactions augment standard deals by appending a piece of information called a "binary large object" or "Blob." Eth2 contributor Ben Edgington colorfully compares it to "EIP-4844 anchoring Blobs to blocks," enabling Blob-carrying transactions to attach significant amounts of data to blocks, thus greatly increasing the data capacity per block.
However, EIP-4844 tactfully addresses the tradeoff between scalability and decentralization. While Blob transactions seemingly expand block size, there's a fundamental distinction between Blob Space and conventional Block Space:
Block Space: Visible to all nodes, permanently stored, visible to the EVM, and hosted on execution clients with limited size to maintain network decentralization and security.
Blob Space: Also visible to all nodes but only temporarily available, invisible to the EVM, stored in consensus clients instead of the execution layer, hence sparing computational resources. Initially targeting a 256KB capacity, much smaller than the roughly 940KB maximum block target. Blobs come at a low cost (16 gas/node), offering limited storage expenses and zero execution costs, yet imposing additional bandwidth costs on nodes.
Beyond introducing Blob transactions, EIP-4844 encompasses crucial system refinements and updates, such as optimized execution logic, enhanced validation rules, and multi-dimensional fee markets, which serve as foundational changes necessary for the eventual full realization of Danksharding.
It's worth noting that while EIP-4844 deploys much of the logic associated with Danksharding, it doesn't directly implement sharding technology. Nevertheless, through its implementation, Ethereum moves closer to achieving low-cost, high-throughput goals for mass adoption without compromising decentralization principles. This suite of improvements not only brings tangible benefits to the current Ethereum ecosystem but also lays a robust foundation for the impending era of Danksharding.
The implementation of EIP-4844 directly benefits a broad range of Ethereum network users, significantly enhancing their transaction experience and reducing costs. Firstly, by introducing transactions carrying Blobs, EIP-4844 boosts Ethereum's transaction processing speed, alleviating congestion and ensuring users enjoy faster service when transferring funds, deploying smart contracts, or engaging with decentralized applications.
Secondly, the reduced cost of Blob space compared to traditional block space leads to substantial reductions in users' transaction fees. This change means that users no longer face excessive financial burdens when executing large data transfers or interacting with DApps that require storing considerable amounts of non-executable data.
Moreover, addressing concerns about the temporality of Blob data, EIP-4844 has accounted for this. While Blob data is only temporarily preserved at the consensus layer, its design supports other protocols for long-term storage of critical information. As such, even after Blob data is removed from the Ethereum consensus layer after some time, it can still be retrieved and utilized from services dedicated to long-term storage, preserving users' data traceability and security.
Despite the substantial performance enhancements and cost optimizations brought by EIP-4844, key challenges arise during its implementation:
1. Transition Compatibility: Ensuring a seamless integration with the existing Ethereum ecosystem is paramount as Blob space is introduced. Developers must guarantee that all smart contracts, DApps, and client software can recognize and adapt to new transaction types and storage mechanisms.
2. Bandwidth Pressures: While Blob data is invisible to the EVM, reducing execution layer stress, nodes handling larger data blocks may lead to increased network bandwidth demands. The community might need to explore more efficient data propagation strategies and technological improvements to alleviate this issue.
3. Security Considerations: With Blob space being temporarily available, potential security risks include data loss or malicious exploitation. Strengthening data lifecycle management is crucial to ensure safety and integrity before transitioning data to long-term storage.
4. User Education: To enable users to benefit from EIP-4844, widespread and in-depth user education is necessary, teaching them about new transaction types, their advantages, and how to effectively utilize Blob space in daily operations.
5. Future Upgrade Path: As an intermediary step towards full Danksharding, EIP-4844 necessitates continuous optimization and refinement to ultimately achieve larger-scale sharding and scalability goals.
In response to these challenges, the Ethereum community is actively developing solutions, including detailed transition plans, optimizing network infrastructure, enhancing security design, and conducting educational campaigns. These efforts aim to facilitate a smooth rollout of EIP-4844, enabling users to genuinely enjoy more affordable, efficient, and secure Ethereum services.
EIP-4844 marks a pivotal milestone on Ethereum's path to scalability, offering a practical transitional solution to address network congestion and high fees. By introducing Proto-Danksharding and Blob transactions, this proposal enhances Ethereum's transaction processing capacity significantly without compromising decentralization or security, while also reducing users' costs. As the deployment is set for later in 2023, EIP-4844 not only signifies an essential step towards Ethereum's Danksharding phase but also paves new avenues of thought and practical approaches for the broader blockchain industry in tackling the challenge of scalability.
Just Now
Dear LBank User
Our online customer service system is currently experiencing connection issues. We are working actively to resolve the problem, but at this time we cannot provide an exact recovery timeline. We sincerely apologize for any inconvenience this may cause.
If you need assistance, please contact us via email and we will reply as soon as possible.
Thank you for your understanding and patience.
LBank Customer Support Team