# Rollup İlgili Makaleler

HTX Haber Merkezi, kripto endüstrisindeki piyasa trendleri, proje güncellemeleri, teknoloji gelişmeleri ve düzenleyici politikaları kapsayan "Rollup" hakkında en son makaleleri ve derinlemesine analizleri sunmaktadır.

Is Robinhood Chain’s success bullish or bearish for ETH the asset?

The launch of Robinhood Chain, an Arbitrum-based Ethereum Layer 2 (L2), has revived the debate on whether successful L2 networks boost demand for Ether (ETH) or capture the value themselves. While the network rapidly attracted significant activity and bridged over $141 million in ETH, analysts are divided on the long-term impact on ETH's value. Supporters argue its launch by a major public brokerage, targeting tokenized assets, strengthens Ethereum's institutional adoption case and could position ETH as a foundational monetary asset across L2 ecosystems. Critics point to Ethereum's ongoing "value accrual" problem, where high L2 activity generates minimal revenue for the Ethereum mainnet, as seen with Robinhood Chain contributing only a tiny fraction of its fees back to L1. The article concludes that while Robinhood Chain validates Ethereum's scaling strategy for major institutions, it doesn't resolve the core question of how growing L2 activity translates into concrete value and demand for the ETH asset itself.

cointelegraph2 gün önce 09:50

Is Robinhood Chain’s success bullish or bearish for ETH the asset?

cointelegraph2 gün önce 09:50

Long-Divided Must Unite, Long-United Must Divide: When L1 Becomes Its Own Rollup, What Is Ethereum's Endgame?

"The Inevitable Cycle: When L1 Becomes Its Own Rollup – What is Ethereum's Endgame?" For years, the Ethereum community grappled with concerns that L2s were fragmenting the ecosystem and eroding L1's value. While L2s provided cheaper execution, they also splintered liquidity and the unified user experience of a single chain. This has prompted a fundamental reassessment of the relationship between L1 and L2. Ethereum's roadmap is evolving. The "Scale" initiative merges L1 and L2 expansion into a holistic framework. L1 itself is advancing with higher gas limits, statelessness, and zkEVM verification, no longer content to be just a low-throughput settlement layer. Consequently, the primary value proposition of L2s is shifting from merely providing cheap blockspace to offering L1 cannot easily provide: application-specific optimizations, privacy features, and flexible governance models. L2s are becoming a spectrum of execution environments with varying degrees of security inheritance from Ethereum. A critical challenge in this multi-chain future is interoperability. The vision is to make Ethereum "feel like one chain again." This relies on advancements in native account abstraction (like EIP-7702) and intent-based architectures (Open Intents Framework), where users declare desired outcomes, and solvers handle the complex cross-chain execution. Furthermore, shortening Ethereum's finality time from minutes to seconds is crucial, as it underpins trust between chains for bridges, stablecoins, and cross-chain applications. Perhaps the most provocative idea is that Ethereum L1 itself could become a form of "its own Rollup." As zkEVM and proof systems mature, high-performance nodes could execute transactions and generate validity proofs. Regular validators would then verify these proofs instead of re-executing all transactions. This blurs the traditional L1/L2 hierarchy, making "Rollup" more of a general execution-verification architecture. Native Rollup aims to integrate L2 validation more directly into the Ethereum protocol, allowing L2s to inherit L1's security more fully and move away from reliance on security councils. In the end, L2s are not destined to replace L1 or be made obsolete by it. The likely future is a unified system where diverse execution environments—each optimized for specific use cases like DeFi, gaming, or privacy—coexist. They will share a common foundation of security, liquidity, and verifiable state, seamlessly connected to restore a cohesive user experience. The next phase for Ethereum is not just about scaling through separation, but about intelligently reintegrating what was separated back into a coherent whole.

链捕手07/22 00:49

Long-Divided Must Unite, Long-United Must Divide: When L1 Becomes Its Own Rollup, What Is Ethereum's Endgame?

链捕手07/22 00:49

L2 'Recalibration': When L1 Becomes Its Own Rollup, What Is Ethereum's Endgame?

The article discusses the evolving relationship between Ethereum's Layer 1 (L1) and Layer 2 (L2) solutions, moving beyond the initial "L2 for scaling" model. As Ethereum L1 itself scales (increasing Gas Limit, statelessness, zkEVM), the unique value proposition of L2s shifts from merely providing cheap execution to offering differentiated features like application-specific optimization, privacy, and flexible governance. The piece explores three key themes: 1. **L2's New Role:** L2s are transitioning from a pure scaling technology to a spectrum of execution environments with varying degrees of security inheritance from Ethereum L1. 2. **Interoperability as State Trust:** Solving L2 fragmentation is less about cross-chain bridges and more about enabling faster, trust-minimized state verification between environments. This involves initiatives like faster L1 finality, intent-based architectures (Open Intents Framework), and native account abstraction. 3. **Blurring Layers:** With the potential integration of zk-proofs into L1 validation (making L1 akin to its own "Rollup") and the concept of "Native Rollups," the rigid boundary between L1 and L2 may fade. The future could be a unified system with multiple execution domains (for DeFi, gaming, privacy, etc.) sharing a common security, settlement, and state framework. In conclusion, Ethereum's goal is not to abandon L2s or re-centralize everything on L1, but to re-integrate the fragmented user experience—liquidity, accounts, applications—while preserving the scaling benefits of a multi-environment ecosystem. The endgame is a cohesive "one chain" feeling for users, powered by diverse but securely interconnected execution layers.

marsbit07/21 12:54

L2 'Recalibration': When L1 Becomes Its Own Rollup, What Is Ethereum's Endgame?

marsbit07/21 12:54

Starknet Launches Privacy-First Bitcoin strkBTC, Targeting Institutional On-Chain Finance

Starknet introduces strkBTC, a privacy-focused version of Bitcoin designed for institutional on-chain finance. As digital assets face increased scrutiny, two major challenges emerge: the public visibility of all transactions and the looming threat of quantum computing to current cryptographic signatures. Bitcoin, representing over 56% of the crypto market, highlights these issues most clearly. strkBTC, built on Starknet’s STRK20 privacy framework, allows Bitcoin to be used privately on-chain while maintaining compliance. It operates in two modes: a public mode like standard ERC-20 tokens, and a shielded mode that hides balances and transactions from public view. This addresses the need for confidentiality in institutional finance, similar to traditional markets’ private trading venues. A third-party auditor, Financial Privacy Inc, holds view keys for regulatory access when necessary. Additionally, Starknet is positioned ahead in quantum resistance. Its STARK-based proof system relies on hash functions rather than elliptic-curve cryptography, making it less vulnerable to quantum attacks. Starknet’s native account abstraction also allows easier migration to quantum-resistant signatures without protocol-level forks. The team has outlined a roadmap to achieve end-to-end quantum security before “Q-day,” though dependencies on Ethereum’s own migration remain. While strkBTC currently uses a trusted bridge consortium, Starknet plans to transition toward more trustless, Bitcoin-native verification over time. The initiative underscores a shift in on-chain finance beyond yield—prioritizing privacy, compliance, and long-term security for institutional adoption.

marsbit07/21 10:20

Starknet Launches Privacy-First Bitcoin strkBTC, Targeting Institutional On-Chain Finance

marsbit07/21 10:20

Weekly Token Unlocks: STRK Unlocks 4% of Circulating Supply but Price Surges

Weekly Token Unlock Recap: STRK's 4% Supply Release Sees Price Rally This week's major token unlocks featured two prominent Ethereum scaling solutions: **Starknet (STRK):** Approximately 130 million STRK tokens (4% of circulating supply), valued at roughly $7.19 million, were unlocked. Starknet is an Ethereum Layer 2 network utilizing zk-STARKs technology to enable faster and cheaper transactions. Despite the significant supply increase, the token's price experienced an upward movement. **Arbitrum (ARB):** Around 95.87 million ARB tokens, worth approximately $13.71 million, were released. Arbitrum is another leading Ethereum Layer 2 solution that processes transactions off-chain before bundling them for Ethereum mainnet settlement, offering improved scalability and lower costs. The ARB token grants holders governance rights within the ecosystem. Both projects continue to play significant roles in scaling the Ethereum network.

marsbit05/10 01:08

Weekly Token Unlocks: STRK Unlocks 4% of Circulating Supply but Price Surges

marsbit05/10 01:08

Hot Interactions Collection | Abstract's New Badge Mission; Noise Beta Version Now Live (April 2nd)

Popular Interaction Roundup: Abstract's New Badge Quest; Noise Beta Now Live (April 2nd) This article highlights three key Web3 projects currently offering interactive opportunities: 1. **Abstract**: A consumer-focused Ethereum L2 developed by Pudgy Penguins' parent company, Igloo Inc. It utilizes ZK technology (like ZKsync) for low-cost, high-speed transactions. Users can participate in "The Flash Trader" event by visiting the rewards portal and completing a swap. The event ends in approximately 6.5 days. 2. **Noise**: An attention market platform where users can trade "long" or "short" contracts on internet trends, brands, or ideas based on social data (e.g., X platform热度). Its Beta version launched on April 1st. Access requires connecting a wallet and a $5 payment to start trading trends. 3. **Miden**: A privacy-focused Ethereum L2 scaling solution using a zero-knowledge rollup. It emphasizes privacy and high throughput by executing transactions locally and submitting only proofs to the chain. Users can interact by installing its specific wallet and completing 11 detailed testnet tasks on its playground. All projects represent significant sectors: consumer L2s, prediction/attention markets, and privacy-centric scaling solutions.

Odaily星球日报04/02 08:43

Hot Interactions Collection | Abstract's New Badge Mission; Noise Beta Version Now Live (April 2nd)

Odaily星球日报04/02 08:43

Weekly Token Unlocks: EIGEN Unlocks 7.5% of Circulating Supply Tokens

This week's major token unlocks feature significant releases from EigenLayer and Optimism. EigenLayer unlocks 36.94 million EIGEN tokens, valued at approximately $6.39 million. This release represents about 7.5% of its circulating supply. EigenLayer is a protocol built on Ethereum that introduces restaking, a new primitive in cryptoeconomic security, allowing users to restake their ETH and extend its security to other applications on the network. Additionally, Optimism unlocks 31.44 million OP tokens, worth roughly $3.27 million. Optimism is a Layer 2 scaling solution that uses Optimistic Rollup technology to scale the Ethereum network, enabling high transaction throughput while maintaining Ethereum's security. The provided images detail each project's specific release schedules.

marsbit03/29 01:08

Weekly Token Unlocks: EIGEN Unlocks 7.5% of Circulating Supply Tokens

marsbit03/29 01:08

Ethereum Foundation Publishes Article: Restructuring the Division of Labor Between L1 and L2 to Build the Ultimate Ethereum Ecosystem

The Ethereum Foundation outlines a new vision for the relationship between Ethereum L1 and L2 networks, emphasizing a symbiotic evolution where each layer plays a complementary role. The goal is to scale Ethereum as a unified ecosystem while preserving its core properties (CROPS: censorship resistance, openness, privacy, security). L1 will serve as the global settlement layer, maximizing decentralization, security, and liquidity for DeFi, while scaling significantly without compromising its foundational values. L2s, meanwhile, will focus on differentiation, customization, and innovation—offering specialized features, privacy, compliance, non-EVM functionality, and faster iteration—which L1 cannot provide. L2s benefit from Ethereum ecosystem security, low-cost infrastructure, access to users, developers, and interoperability. In return, L2s strengthen Ethereum’s network effects, drive ETH demand, and expand its reach. The Foundation is committed to scaling L1 (e.g., via blobs), enhancing L1-L2 interoperability, developing native rollups, and promoting transparency in L2 security claims. The future involves a collaborative multi-chain ecosystem where L2s compete and cooperate, anchored by a robust L1.

marsbit03/24 06:29

Ethereum Foundation Publishes Article: Restructuring the Division of Labor Between L1 and L2 to Build the Ultimate Ethereum Ecosystem

marsbit03/24 06:29

From Playing with Narratives to Coding: With L2 Fees Dropping Below 1 Cent, How Will Ethereum Make Money Without 'Selling Gas'?

Once the engine of Web3 narratives, Ethereum is undergoing a fundamental shift in 2026, moving from grand visions to pragmatic engineering. Its updated protocol priorities—Scale, Improve UX, and Harden the L1—signal a transition into an "engineering-driven survival" mode, pressured by intense competition. A key development is the upcoming Glamsterdam hard fork, which will drastically increase the mainnet Gas limit and introduce parallel execution. This architectural shift from a single-threaded to a multi-lane "highway" aims to boost throughput but challenges Ethereum's "full node democratization" principle, accelerating state growth and hardware demands. To counter this, the core team is pushing for ~10% of validators to adopt zero-knowledge proof validation ("SNARKing the L1"), a pivotal move towards computational efficiency. This engineering push is a direct response to external threats, notably Solana's Alpenglow upgrade, which slashes finality to under 150ms—a disruptive latency level competitive with traditional web infrastructure. Ethereum's modular architecture, while secure, struggles with the speed required for consumer-grade applications. Internally, Ethereum faces the "L2 paradox." While Layer-2 scaling solutions like Rollups have succeeded, driving transaction costs below $0.001 and vastly improving UX, they risk making the mainnet an invisible backend. This decouples users from Ethereum's core value propositions: decentralization and its validator network. Consequently, ETH's value capture model is being rewritten. The old "ultrasound money" narrative, fueled by gas fee burns, is fading as activity migrates to L2s. ETH is transforming from a retail-facing "gas seller" into a B2B "security and settlement service." Its new foundation rests on staking and restaking yields, making it resemble a digital sovereign bond—a low-yield, high-security asset backing the entire decentralized financial ecosystem. In 2026, Ethereum is proving itself not with stories, but with code. Its success hinges on this engineering pivot and ETH's ability to capture value from its new role as the foundational security layer.

marsbit03/18 05:50

From Playing with Narratives to Coding: With L2 Fees Dropping Below 1 Cent, How Will Ethereum Make Money Without 'Selling Gas'?

marsbit03/18 05:50

The Most Insane Ethereum L2: An L2 Spontaneously Built by Self-Organizing AI Agents

The article explores the concept of AI agents autonomously forming and operating an Ethereum L2 chain. While currently AI agents (enabled by standards like ERC-8004) can migrate to existing L2s for better performance (lower gas, higher throughput), fully autonomous L2 creation is not yet feasible by 2026. However, as infrastructure matures (e.g., zk-rollups, modular DA like Celestia), agents could collaboratively deploy and manage L2 components. They might use on-chain economic incentives (via x402 payments) to "hire" human or AI-run services (sequencers, RPC providers, bridges) and form decentralized networks. Key challenges include infrastructure setup, consensus security, and regulatory hurdles, but multi-agent systems could eventually enable self-organizing, efficient L2s tailored for AI economies.

marsbit03/08 07:19

The Most Insane Ethereum L2: An L2 Spontaneously Built by Self-Organizing AI Agents

marsbit03/08 07:19

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