@Wongssh web3 reading list. A reading list for solidity, web3 and Dapp programmers. We use Chinese and English language.
https://mirror.xyz/0xa49D73814267022700Ba565b32cB69Bd33090f0d/-LTZpcyhBsXj7RLo4PLYGncLmO2vl2NihYSJmzhamsg
#fuel 对抗状态爆炸的方案
#fuel 对抗状态爆炸的方案
mirror.xyz
Mastering the Final Boss in Blockchain Scalability: State Growth
Introducing Native State Rehydration, State Minimizing Techniques and a State Minimizing Transaction Model.
https://zkmesh.substack.com/p/zkmesh-jan-2024-recap
2024 年 1 月 #zk 月刊
2024 年 1 月 #zk 月刊
zkMesh
zkMesh: Jan 2024 recap
Welcome to zkMesh, a monthly newsletter covering the latest in decentralized privacy-enhancing technologies, privacy protocol development, and zero knowledge systems research. zkMesh is produced by ZK Hack. We bring you recent research, useful articles, videos…
https://amadimichael.notion.site/amadimichael/Progressive-Deep-Dive-Into-Stealth-Address-Protocols-4f4a2929329b4c7c95f1a7e37b454973
隐私地址生成详细介绍，涉及较多密码学概念
隐私地址生成详细介绍，涉及较多密码学概念
Amadi Michael's Articles on Notion
Progressive Deep Dive Into Stealth Address Protocols | Notion
Special thanks to Pascal Merkleplant for review and feedback.
https://neodyme.io/en/blog/secure-randomness-part-2/
更加详细的介绍了 VDF 方案
更加详细的介绍了 VDF 方案
neodyme.io
Secure Randomness: From Zero to Verifiable Delay Functions, Part 2
For many different purposes, the blockchain space needs a trustless, general-purpose source of randomness. In the first post, we saw that almost all sources of general on-chain randomness that are currently in use have fundamental flaws (the severity of which…
https://neodyme.io/en/blog/secure-randomness-part-1/
安全随机性生成方案，包含 #VRF 及其他方案的技术概述
安全随机性生成方案，包含 #VRF 及其他方案的技术概述
neodyme.io
Secure Randomness: From Zero to Verifiable Delay Functions, Part 1
A secure source of randomness is one of the most critical components of many decentralized applications. However, perhaps surprisingly, there is currently no on-chain source of randomness that is truly trustless. Almost all solutions that have been used in…
https://allthingsfuzzy.substack.com/p/certora-vs-echidna-a-case-study-on
Certora 与 echidna 的 #fuzz invariant 测试
Certora 与 echidna 的 #fuzz invariant 测试
Substack
Certora vs Echidna: a case study on invariant testing in eBTC
In this post, we'll be comparing the proving of properties in a smart contract system using fuzzing and formal verification tools. We'll be using the eBTC protocol as a real-world case study.
https://github.com/pcaversaccio/createx
支持 CREATE 和 CREATE2 的工厂合约
支持 CREATE 和 CREATE2 的工厂合约
GitHub
GitHub - pcaversaccio/createx: Factory smart contract to make easier and safer usage of the `CREATE` and `CREATE2` EVM opcodes…
Factory smart contract to make easier and safer usage of the `CREATE` and `CREATE2` EVM opcodes as well as of `CREATE3`-based (i.e. without an initcode factor) contract creations. - pcaversaccio/cr...
https://writings.flashbots.net/illuminate-the-order-flow
以太坊订单流现状分析
以太坊订单流现状分析
writings.flashbots.net
Illuminating Ethereum's Order Flow Landscape | Flashbots Writings
In this post, we cast light on the state of defi order and transaction flow today. We will show how defi has distinguished itself from the traditional order flow market, and discuss the challenges to achieving our shared dream of systems that remain decentralized…
