"CANTO"

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Built with the Cosmos SDK, Canto is a layer 1 blockchain with EVM compatibility, built to deliver accessible, transparent, and decentralized projects.

This article explores the technical details and market prospects of parallel EVMs, analyzing the parallel execution mechanisms of major blockchain projects such as Sei, Monad, and Canto, and evaluating their potential impact and market position in the industry. Through parallel execution optimization, blockchain networks can significantly enhance processing speed and efficiency, supporting the widespread development of the Web3 domain.

This article introduces how Tabichain utilizes game theory in its tokenomics, referencing the Curve War/ve model. Through community voting, the project funds allocation is determined, emphasizing decentralization and the distribution of power. Additionally, the model incorporates elements of Dutch auctions and POW pricing models to ensure a balance and strategic participation among stakeholders.

This article delves into the realm of such Layer-1 blockchains, shedding light on the challenges entailed in managing Layer-1 blockchains and unraveling the advantages of layer1 blockchain migration to Layer-2 rollups.

This article delves into the latest updates in public blockchain platforms like Ethereum, highlighting innovations in the execution, data availability, and settlement layers. Notable are projects like Monad, Sei, and MegaETH that introduce parallel EVM technologies to enhance the execution layer. Ethereum's cost-efficiency improvements via CallData updates and the progression of projects like Celestia and Avail in the DA layer are also discussed. Furthermore, new competitors in the settlement layer, such as Nebra, are emerging with promising, cost-effective solutions based on zero-knowledge proofs. The integration of Bitcoin and CKB into the DA layer and innovative DA strategies leveraging AI are also explored.

The analysis methods and techniques for NFTs in this article are very interesting, and this project is on the BTC chain.

This article explores Parallel EVM technology, and its applications and potential in blockchain. It has attracted attention and investment from leading venture capital firms. Parallel EVM supports more complex and efficient blockchain applications through comprehensive performance optimization, achieving differentiation in the open-source ecosystem while balancing decentralization and high-performance needs. The article analyzes the technical challenges of Parallel EVM, such as data consistency, state access efficiency, and transaction conflict detection, and introduces unique solutions from projects like MegaETH and Artela.

A deep dive into the Osmosis protocol, exploring its core position in the Cosmos ecosystem, liquidity changes, trading activities, network expansion, and its impact on the future of DeFi development.

This article delves into the diverse perspectives on the future direction of blockchain development, with a particular focus on the current state of multi-chain narratives compared to Layer2. By providing a comprehensive overview and side-by-side comparison of both old and new blockchain solutions, we gain insight into the current state of Layer2 networks. The structure of Cosmos is also introduced to analyze the present situation and prospects of Layer2 competitors like Op Stack.

This article aims to help readers understand the landscape and characteristics of the Layer 2 competition through a comparison of on-chain data.

This paper compares a number of different L2 raceways in terms of several metrics.

Swell Network is an innovative non-custodial staking protocol offering liquid staking and restaking services, designed to simplify DeFi access and secure the future of Ethereum staking services. Swell has rapidly grown its TVL to $2.1 billion through its unique architecture, which includes the restaking Rollup and EigenDA data layer, as well as a native yield mechanism. The growth of Swell L2 has been particularly notable, with its pre-launch deposits increasing from zero to over $1 billion in just 28 days, demonstrating its potential and leadership in the DeFi sector.

This article introduces the technical principles, framework, and applications of Zero-Knowledge (ZK) technology, covering aspects from privacy, identity (ID), decentralized exchanges (DEX), to oracles.