"SCALE"

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As global giants like Microsoft and JPMorgan collaborate through the Enterprise Ethereum Alliance (EEA), Ethereum's reputation as a global settlement layer and innovation platform is steadily growing. This article delves into the trend of enterprise-level adoption of Ethereum, analyzes the challenges Ethereum faces in data availability, and explores how its modular design enables enterprises to adapt flexibly to market demands and technological developments. Additionally, it discusses the emergence of alternative data availability layers and Ethereum's evolution into a de facto standard for enterprise-grade solutions on a global scale.

This article explores how to expand rollup to accommodate hundreds of thousands of simultaneous participants by modifying the rollup execution environment. It discusses the types of applications/games each method is suitable for and the challenges they face.

Ethereum’s shift to a rollup-centric roadmap induced explosive growth in modular scaling designs, eliminating gas fees over $100 and unlocking new application designs. However, it also faces a new problem of state fragmentation. The article analyzes the two major directions of scaling and explores their mechanisms.

The current situation where the security of tokens depends entirely on the project's self-awareness. To address this, we may need to improve token mechanisms or introduce effective token supply monitoring schemes to ensure transparency in token quantity changes. We need to be vigilant, as while people's awareness of fraud is increasing, attackers' anti-fraud techniques are also constantly evolving. This is an ongoing game, and we need to continue learning and thinking to protect our interests.

Online platforms in web3 can allow us to design, test, and redesign political systems for online communities, organizations that will be an increasingly important part of the world in the future.

This article reviews and analyzes the recent development of the Solana ecosystem.

This article argues, through exploring three questions, that trust minimization and horizontally scalable systems are the most promising ways to scale blockchain applications.

POKT Network is a data infrastructure ecosystem serving Dapps that can power large-scale data coordination and distribution cheaply.

This article takes a comprehensive look at XION's vision and how it can help Web3 achieve mass adoption.

This article explores Solana's vision and architectural overview, suggesting that as Solana's on-chain economy accelerates, it has the potential to rival the scale of Bitcoin and Ethereum and open up new possibilities.

As the fervor around Ordinals and BRC-20 intensifies, a key question emerges: how can Bitcoin scale while maintaining its store of value, ensuring sustainable growth for the future?

This article will provide a popular science explanation on some basic concepts of the Bitcoin ecosystem. From the "Blockchain Impossible Triangle" that hinders large-scale application, to the Bitcoin "Lightning Network" that overcomes the "Impossible Triangle", to the current solutions to Bitcoin scripts and UTXO model principles.

This article introduces Layer1 privacy blockchain Aleo, covering aspects like the development team, funding scale, prospects analysis, economic model, token functionality, and price predictions.

This article provides a comprehensive overview of the a16z ecosystem, covering its investment characteristics, scale, popular projects, and future investment focuses, offering valuable insights for your investment decisions.

MVC, a BTC sidechain based on the UTXO model + PoW consensus, offers low fees, high performance, and security features. It has a rich ecosystem implementation aimed at enabling innovative, large-scale applications within the Bitcoin ecosystem.