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A parachain auction, as it is also known, involves two types of crypto coins: Polkadot (DOT) and Kusama (KSM).

Opside is a Rollups as a Service (RaaS) provider that offers quick zkEVM chain deployment services for Web3 developers. Developers can rent a Rollup slot using a certain number of IDE tokens, a design similar to the Parachain slot setting in Polkadot. After renting a Rollup slot, developers gain an independent execution environment to deploy custom zkEVM networks. Opside's pool of validators can handle the security protection for these networks, thus allowing developers to focus on implementing their business logic.

Parachain auctions are a crucial aspect of the Polkadot ecosystem, allowing projects to secure a slot on the network and access its features. In this process, multiple projects bid for limited slots, making the auction competitive and complex.

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。

Polkadot is currently a remarkable project in the blockchain field. With the gradual advancement of the Ethereum upgrade, Polkadot's performance and architectural advantages have suffered a lot, but it remains one of the most powerful competitors in terms of public chain infrastructure. If Bitcoin represents blockchain 1.0 which has opened up the crypto world, and Ethereum represents blockchain 2.0 which has promoted technology applications. In that case, when it comes to blockchain 3.0, it is surely represented by the popular cross-chain project - Polkadot (DOT). Polkadot neither loads smart contracts nor runs blockchain programs, but tries to establish an intermediate chain (Relay Chain) that can connect to other public chains and allows them to achieve reliable Interchain Message Passing (ICMP). The "Father of Polkadot'' Gavin Wood intended to use Polkadot to realize the interconnection between different public chains, thereby making it the Internet of blockchains. ## Polkadot’s team The major organizati

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.

In this article, Primev presents data and insights from the emerging blob market, focusing on posting strategies of blob producers like Optimism and Base, and quantitatively analyzing for strategy efficiency metrics.

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.

Vitalik has proposed some optimizations for the current Ethereum staking mechanism, providing a reference path for further reducing centralization and consensus load on Ethereum.

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

Building on Ethereum's 2024 developments, this article explores the Beam Chain proposal introduced by Justin Drake at Devcon, aiming to overhaul Ethereum's consensus layer by addressing MEV insights, leveraging SNARK advancements, and eliminating Beacon Chain's technical debt.

This article will analyze each Solana outage in detail, examining the root causes, triggering events, and the measures taken to resolve them.

This post refers to in- and out-of-protocol mitigation techniques. With in-protocol MEV mitigation techniques, we mean mechanisms that are either part of the Ethereum protocol rules or that would require changing the Ethereum protocol rules. Out-of-protocol mitigation techniques are all mechanisms that are not in-protocol.

This document was motivated by our work on the FOCIL consensus spec 19, where we realized that the protocol required more thoughtful consideration around resource constraints since certain details were not explicitly specified in the FOCIL Ethereum research post 12.

This article frames the discussion around proposing rights allocation in Ethereum, provides a quick (opinionated) overview of the current discourse and highlights a few open questions at the end.