Modular Blockchains

Orderly Network is a Layer 2 decentralized trading protocol built on NEAR, designed to combine the liquidity and trading speed of centralized exchanges (CEXs) with the transparency and decentralization of decentralized exchanges (DEXs). It offers a wide range of asset pools and tight spreads through an on-chain liquidity aggregation mechanism and utilizes a unified order book system to support cross-chain trading, enhancing market depth and trading efficiency.

Morpho started as an optimization layer on top of Aave and Compound, enhancing lending rates with its peer-to-peer matching algorithm. It has since evolved into a standalone financial infrastructure. The lending layer, Morpho Blue, facilitates the creation of efficient lending markets without requiring permission and enables the addition of modular layers on top, offering various risk profiles and specialized lending services. With its permissionless framework, adaptable incentive structures, and precise asset tracking, Morpho introduces new innovations to the DeFi lending landscape.

This article delves into the Move programming language and its applications in the blockchain space, particularly focusing on Sui and Aptos, two Layer 1 blockchains built on Move. The piece analyzes Move's advantages in security, composability, and performance, offering an in-depth look at the architecture, consensus mechanisms, and technical innovations of Sui and Aptos. It also explores the development potential and current challenges of the Move ecosystem, along with Sui's applications in gaming and Aptos' collaboration with Microsoft

Modular blockchain aims to solve the impossible triangle problem in the blockchain field through reorganization, that is, decomposing the main functions of a single chain into multiple layers, each layer focusing on achieving specific functions to achieve scalability. Modular DeFi protocols improve the flexibility and innovation capabilities of DeFi protocols by splitting these services into independent modules, allowing users and developers to flexibly combine and use different functions. At this stage, DeFi mainly consists of income aggregators, lending, derivatives and options, and insurance protocols. These modules can be freely combined to create new financial products and services, but modular DeFi protocols need to be built on their own protocols. Modules are combined to create new financial products and services.

This article will provide an in-depth analysis of modular blockchains, covering the development history, current market landscape, and future directions.

Avail is a modular blockchain project led by Polygon's former co-founder Anurag Arjun, designed to address Web3 data availability issues by providing a secure and trust-minimized base layer.

Gelato has been a leader in smart contract automation services for years, offering various Web3 developer tools like Relay and VRF. Last year, they announced a business shift and introduced a new RaaS platform.

Modular blockchains address the performance bottlenecks and inefficiencies of traditional blockchains by breaking down functions into interchangeable modules. They offer advantages such as scalability, flexibility, resource utilization efficiency, and security, bringing greater transparency, security, and efficiency to various industries. Despite facing challenges, modular blockchains have already made an impact in sectors like finance, healthcare, and retail, and are seen as the designers of the future, tailoring specific needs for each structure. Let us view them as partners in progress, opening doors to a world of limitless possibilities.

Discover Curvance, a modular DeFi protocol for optimized liquidity management. Learn about its features, multichain support, and future plans in this article.

After Lava Network's official announcement of its airdrop, KOLs took notice, predicting it could become a standout project. This article will help you quickly understand Lava Network by covering its background, features, and structure.

Dewhales Research released a research report to delve into the mechanism and potential of AltLayer and explore how it can serve as a Rollup-as-a-Service solution in the rapidly developing blockchain environment. The article also introduces AltLayer’s Tokenomics, team and integration cases.

Dive into the world of Nautilus Chain and discover how its Layer 3 technology is transforming blockchain efficiency and scalability for a seamless Web3 experience.

Ethereum faces an innovation dilemma and requires fundamental changes. It has overly focused on modular innovations to the database. Currently, it seems to have reached its peak in terms of market capitalization and usage. Future development depends on deep structural and functional reforms.

Initia is an innovative blockchain project that combines the functions of L1 and L2 to provide full-chain interoperability through a modular Rollup network. It aims to simplify the user experience in multi-chain environments and optimize developers' ability to build applications. Initia received $7.5 million in seed funding from companies including Delphi Ventures and Hack VC, with Binance Lab also participating in the investment. Through its L1 orchestration layer and multiple independent Rollup L2 layers, the project achieves cross-chain interoperation and seamless exchange of data assets. It also provides plug-and-play facilities to lower the developer threshold and accelerate application deployment.

The article explores the current developments and future trends of the execution layer, settlement layer, and aggregation layer in the modular blockchain stack within the cryptocurrency field. Although there have been many innovations in the data availability (DA) and ordering layers, the execution and settlement layers have only recently begun to receive attention. The article points out that while the shared sequencer space is highly competitive, the execution and settlement layers remain underexplored. Layer N, as a flexible and customizable execution layer, leverages the Move language and BlockSTM technology to improve throughput. The article also discusses the design of proof aggregation, a new architecture that can aggregate and settle between different proof systems, thereby enhancing efficiency and reducing costs. Finally, the article predicts that these innovations will bring better applications and development experiences to users.