"SSF"

Search result of

區塊鏈良好用戶體驗的一個必不可少的特性是快速的交易確認時間，如今的以太坊與五年前相比已經有了很大的進步，這得益於 EIP -1559 和 PoS 合併之後穩定的出塊時間，用戶在 L1 上發送的交易可以在5-20 秒內得到可靠的確認，已接近信用卡支付的使用體驗。文中探討了加速以太坊交易確認時間的幾種方法，包括單時隙確定性、Rollup 預確認以及 Based 預確認機制，並強調了 slot 和 epoch 架構在提供快速交易確認方面的重要性。

One of the important properties of a good blockchain user experience is fast transaction confirmation times. However, there is value in improving user experience further, and there are some applications that outright require latencies on the order of hundreds of milliseconds or even less. This post will go over some of the practical options that Ethereum has.

This article discusses the Ethereum "Merge" and explores the areas for improvement in the technical design of Proof of Stake, as well as the potential ways to achieve these improvements.

Exploring the application of Rollup technology in the Ethereum ecosystem, analyzing its impact on blockchain fragmentation and the solution of shared sequencing layers. This involves a deep dive into the challenges and potential of Based Rollup, as well as a discussion on how to improve user experience through faster L1 block times and pre-confirmation mechanisms, while maintaining Ethereum's principles of decentralization.

This article interprets the Ethereum staking mechanism optimization plan proposed by Vitalik, and analyzes the potential impact of different plans on the staking track.

In the past three years, the Polyhedra team has gathered more than 20 PhDs and cryptography experts and made dozens of breakthroughs around ZK interoperability. The DeVirgo and Virgo they invented are currently one of the fastest ZKP protocols, providing ordinary users with the convenience of becoming a Prover without downloading large amounts of data. Using deVirgo, zkBridge’s proof generation speed can be increased by nearly 100 times.

This article discusses the risks of excessive staking in Ethereum and how EIP-7514 aims to address them. It also explores the staking issue in Ethereum and the potential impact of EIP-7514 on the Ethereum network.

This article discusses the possibility and impact of increasing Ethereum's gas limit. The analysis covers three aspects: storage, bandwidth, and computation. The article points out that storage growth is not the main bottleneck, while bandwidth may pose a greater challenge. The author believes that through the gradual increase mechanism of EIP-7783, it's possible to increase the gas limit by 33% or even double it. At the same time, the article also discusses the potential impact of EIP-7782 (reducing block time), suggesting that its implementation might be premature at this stage.

After the consensus algorithm, DA (data layer), and zero-knowledge proof technology have been widely studied and iterated, the next hard-core technology to attract attention is Parallel EVM. The capital market has also invested hundreds of millions of dollars in this narrative, and many unique technologies have been born. A beast-level startup.

Since Vitalik published the seminal work "The Rollup-Centric Ethereum Roadmap" in October 2020, there have been many changes over the past three years.

Ethereum client teams working together to ship the Pectra devnet. Given this greater technical capacity, one important question to be asking is: are we building toward the right goals?