# Сопутствующие статьи по теме Layer 2

Новостной центр HTX предлагает последние статьи и углубленный анализ по "Layer 2", охватывающие рыночные тренды, новости проектов, развитие технологий и политику регулирования в криптоиндустрии.

In-Depth Analysis of Fluent: How to Make Every Virtual Machine a Lego Brick?

Tiger Research's report "Deep Dive into Fluent: Making Every Virtual Machine a Lego Brick?" explores Fluent's vision to unify blockchain ecosystems by enabling seamless interoperability between different virtual machines (VMs). The report argues that the performance race in blockchain infrastructure is largely over, and the next frontier is cross-VM composability—allowing applications built on Ethereum Virtual Machine (EVM), Solana Virtual Machine (SVM), and WebAssembly (Wasm) to interact natively on a single chain, eliminating the need for bridges. Fluent, an Ethereum L2, uses a "mixed execution" model where contracts from EVM, SVM, and Wasm are compiled into a unified format (rWasm) to share state and interact within a single transaction. Currently, EVM-Wasm interoperability is live on testnet, with SVM support under development. Beyond technical innovation, Fluent is building Prints, a reputation aggregation layer that consolidates trust signals from multiple platforms (e.g., Ethos, Kaito, Talent Protocol) to identify real users and enable reputation-based benefits. This is complemented by Fluent Connect, a tool for developers to target users based on their reputation data. Fluent is also growing its ecosystem through the Blended Builders Club (BBC), an accelerator supporting early-stage dApps like Pump Pals (social trading) and Sprout (yield optimization). The testnet is used for gathering genuine user feedback rather than incentivizing empty engagement. While still early, Fluent’s integrated approach—chain interoperability, reputation layer, and ecosystem growth—aims to avoid the fate of underutilized L2s by focusing on real utility and cross-VM composability.

marsbit02/24 01:32

In-Depth Analysis of Fluent: How to Make Every Virtual Machine a Lego Brick?

marsbit02/24 01:32

Deep Reflections Behind the OP Plunge

In a significant move, Coinbase's Base announced its departure from the Optimism OP Stack to develop its own proprietary unified architecture, causing a sharp 20% drop in $OP’s price. This event highlights the ongoing debate between two competing economic models for blockchain infrastructure: Optimism’s fully open-source, MIT-licensed approach versus Arbitrum’s “community source” model, which mandates a 10% protocol income contribution from chains built on its Orbit stack that settle outside the Arbitrum ecosystem. Optimism’s strategy emphasizes openness and network effects, attracting major projects like Base, Worldcoin, and Uniswap with its modular, permission-free stack. However, this model risks ecosystem fragmentation, as high-value chains may eventually choose independence. In contrast, Arbitrum enforces economic alignment through its revenue-sharing requirement, aiming for long-term sustainability, though it may slow initial adoption. This tension mirrors historical open-source dilemmas, such as those seen with Linux, MySQL, and WordPress, where balancing free access with sustainable funding remains challenging. In crypto, the presence of native tokens amplifies these dynamics, making economic alignment and infrastructure financing even more critical. Neither model is perfect—each involves trade-offs between growth and sustainability. The key takeaway is the need for a broader ecosystem discussion on how to fund and maintain essential public infrastructure without relying on free-riders. Base’s exit should serve as a catalyst for this conversation.

marsbit02/22 09:27

Deep Reflections Behind the OP Plunge

marsbit02/22 09:27

Understanding Vitalik's Reflection on L2: Farewell to Fragmentation, Rectifying the Course Towards Native Rollup in the New Phase

Vitalik Buterin's recent reflections on Ethereum's scaling roadmap signal a significant shift: the original plan prioritizing L2s as the primary scaling solution is now considered outdated. Rather than abandoning L2s entirely, the new strategy refocuses on Ethereum L1 as the most secure settlement layer, while L2s are expected to pursue specialization and differentiation—offering unique features like privacy-focused virtual machines or AI-agent environments—instead of mere scalability. A key issue is the fragmentation caused by numerous L2s, many of which remain centralized (e.g., stuck at "Stage 1" with limited decentralization). This undermines Ethereum’s core values and splits liquidity. The community is now moving toward "Native Rollup" concepts, particularly Based Rollup, which integrates rollup logic directly into L1, using Ethereum validators for sequencing instead of independent, often centralized, sequencers. This enhances security, reduces fragmentation, and enables synchronous composability. To improve user experience, preconfirmations and fast L1 confirmation rules are proposed to reduce finality wait times from ~13 minutes to 15-30 seconds. Looking ahead, Ethereum’s evolution will emphasize account abstraction (simplifying user onboarding), privacy with ZK-EVM, and infrastructure for AI agents operating trustlessly on-chain. Ultimately, Vitalik’s critique is not a rejection of L2s but a correction—away from fragmentation and toward deeper integration with L1, reinforcing Ethereum as the foundational trust layer for the decentralized ecosystem.

marsbit02/21 10:33

Understanding Vitalik's Reflection on L2: Farewell to Fragmentation, Rectifying the Course Towards Native Rollup in the New Phase

marsbit02/21 10:33

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