# EVM Related Articles

HTX News Center provides the latest articles and in-depth analysis on "EVM", covering market trends, project updates, tech developments, and regulatory policies in the crypto industry.

Ethereum's Next Decade in the Eyes of Vitalik

"Lean Ethereum" Long-Term Roadmap Unveiled by Vitalik Buterin On July 5, 2026, Vitalik Buterin published the "Lean Ethereum" roadmap, positioning it as Ethereum's third major evolution following the Merge. This multi-year, multi-phase upgrade aims to fundamentally transform Ethereum's core protocol through staged network upgrades extending to 2029. Key goals include achieving 1 gigagas per second L1 throughput (a massive increase from the current ~32 TPS), near-instant finality, and quantum-resistant cryptography. The plan involves transitioning Ethereum's security model from full transaction re-execution by all nodes to native verification via recursive STARK proofs. A major proposed change is replacing the EVM with a proof-friendly architecture like RISC-V or leanISA, though this remains a point of contention, especially with L2s like Arbitrum favoring alternatives like WASM. Other planned upgrades include a restructured state model with a large, cheap "warehouse" storage layer to drastically reduce fees for migrated applications, multi-dimensional gas pricing, and a new focus on making privacy a first-class, native protocol feature. While the roadmap significantly raises Ethereum's long-term technical ceiling, analysts note it does not directly address ETH's mid-term token economics or value capture. The plan's multi-year timeline means near-term price impact will likely depend on observable progress milestones, such as the successful deployment of the upcoming Glamsterdam gas limit increase, growth in L2 activity and blob usage, and trends in L1 fee revenue and ETH burn.

链捕手2 days ago 09:17

Ethereum's Next Decade in the Eyes of Vitalik

链捕手2 days ago 09:17

XRPL EVM Sidechain Work Moves Ripple’s Ecosystem Closer To Ethereum-Style Interoperability

The XRP Ledger (XRPL) is advancing toward Ethereum-style interoperability through the EVM sidechain development work led by Peersyst, which has updated its devnet. This initiative aims to bridge XRPL's payment-focused infrastructure with more flexible smart contract capabilities by providing EVM compatibility, allowing developers to use familiar Ethereum tools and workflows within the Ripple ecosystem. While currently in the devnet stage—meaning it's a work in progress, not a mainnet launch—the development is significant as it expands the potential utility and builder activity around XRPL. The update focuses on bridge rails and interoperability with EVM environments. For the market, this represents a substantive technical development rather than a direct price signal; its long-term impact will depend on continued follow-through and adoption by builders, exchanges, and other ecosystem participants.

bitcoinist07/08 21:01

XRPL EVM Sidechain Work Moves Ripple’s Ecosystem Closer To Ethereum-Style Interoperability

bitcoinist07/08 21:01

Autheo Introduces the Internet Operating System: A Decentralized Coordination Layer for Web, Blockchain, & AI

Autheo has launched its Mainnet, introducing a decentralized operating system designed as a coordination layer to enable interoperability between the traditional Web, blockchain networks, and AI agents as a single system. Founded in 2021, the platform combines a sovereign Cosmos-based Layer 0, a native EVM-compatible Layer 1, and PQCNet—a quantum-resistant identity and communications framework built on NIST-standardized post-quantum cryptography. Its native identity is built on W3C-compliant Decentralized Identifiers (DIDs). Following a public testnet that saw significant adoption (over 1.8 million wallets and 960,000 smart contracts), Mainnet is now live. Developers can deploy Solidity contracts natively and access native IBC interoperability. The network aims to provide a shared substrate for identity, messaging, compute, and execution, allowing applications and autonomous agents to interact without relying on fragmented, brittle integrations. The project is backed by an experienced team and partners, with a focus on expanding Web2, Web3, and AI ecosystem partnerships.

TheNewsCrypto06/30 11:59

Autheo Introduces the Internet Operating System: A Decentralized Coordination Layer for Web, Blockchain, & AI

TheNewsCrypto06/30 11:59

Deconstructing HyperEVM: Which Applications Can Truly Reap the Core Benefits of Hyperliquid?

### Summary HyperEVM, positioned as a smart contract layer, enables applications to directly access and utilize HyperCore's trading, collateral, positions, and risk data. Its core value lies in making the exchange programmable, distinguishing it from typical "chain-first" approaches. Valuable HyperEVM-native applications must leverage EVM flexibility, rely on HyperCore's unique state, and enhance Hyperliquid's utility as a financial venue. Applications can be categorized within a 2x2 matrix based on their need for general EVM logic and integration with HyperCore. Key categories include: - **Local EVM Finance:** Portable DeFi primitives (e.g., AMMs, lending markets) that form the essential base layer. - **Core-Native Extensions:** Applications that tokenize or wrap Hyperliquid-native assets to enhance their utility. - **Programmable HyperCore:** The most promising category, where applications deeply integrate EVM logic with HyperCore's state and execution to create novel products. The ultimate vision is a unified financial account where a single user balance can seamlessly power trading, lending, yield generation, hedging, and payments, all built on HyperCore's robust infrastructure and controlled by the user via HyperEVM's open application layer.

Foresight News06/26 10:03

Deconstructing HyperEVM: Which Applications Can Truly Reap the Core Benefits of Hyperliquid?

Foresight News06/26 10:03

Request Network Introduces One-Click Cross-Chain Mass Payouts and Expands Wallet Screening With Merkle Science

The Request Network Foundation has announced a major expansion of its stablecoin payment platform, introducing one-click cross-chain mass payouts and enhanced compliance features. Users can now execute bulk payments from a single wallet and in a single currency (USDC/USDT) to recipients across the top six EVM chains (Ethereum, Base, Arbitrum, Optimism, Polygon, BNB Chain) and Tron. The platform automatically handles necessary bridging and token swaps within a single transaction approval. Additionally, the update integrates Merkle Science as a new wallet screening provider, offering users more choice for compliance. This built-in feature helps businesses mitigate risk by screening payer and recipient wallets against preset policies, aiming to prevent exposure to high-risk addresses. These developments aim to simplify global stablecoin operations for businesses, addressing the complexity of multi-chain, multi-currency disbursements for salaries, rewards, and other payments. The foundation states this brings payers and recipients "closer than ever before, regardless of the blockchain or currency they trust."

TheNewsCrypto06/25 07:22

Request Network Introduces One-Click Cross-Chain Mass Payouts and Expands Wallet Screening With Merkle Science

TheNewsCrypto06/25 07:22

Weekly Token Unlock: XPL to Release Millions in Token Value

Weekly Token Unlocks: XPL and SoSoValue Tokens Worth Over $10 Million Set for Release This week sees significant token unlocks for two projects. SoSoValue, an AI-powered crypto investment research platform, will unlock 13.03 million tokens, valued at approximately $3.87 million. The project aims to merge CeFi efficiency with DeFi transparency. Separately, Plasma, a Layer 1 blockchain designed for global stablecoin payments, will unlock 110 million tokens worth about $10.42 million. The network focuses on high throughput, stablecoin-native features, and full EVM compatibility. Both projects have provided their detailed token release schedules.

marsbit06/21 01:03

Weekly Token Unlock: XPL to Release Millions in Token Value

marsbit06/21 01:03

Sharplink CEO: One Million Ethereum Developers, Who Can Compete?

Etherean Ecosystem: One Million Developers and a Formidable Moat The Ethereum network has surpassed a significant milestone: over one million unique lifetime developers, with approximately 232,000 active in the past year. This vast and growing talent pool is Ethereum's core advantage, far more critical than transient metrics like speed or transaction fees. The central question is not which blockchain is fastest, but where the best builders choose to build long-term. Ethereum's answer lies in a decade-long accumulation of infrastructure, standards, tools, liquidity, and collaborative culture that is exceptionally difficult to replicate. It has become the default operating system for programmable finance. This massive developer base is actively working on complex, high-risk challenges that deepen Ethereum's strategic moat: * **Glamsterdam Upgrade (2026):** Focused on core protocol scalability (ePBS, parallel execution) while preserving core values like credible neutrality. * **Synchronous Composability:** Aims to make numerous Rollups interoperate like a single chain, directly addressing fragmentation concerns. * **Quantum Resistance:** Ethereum leads mainstream ecosystems in coordinated preparation for post-quantum cryptography, with a targeted migration plan around 2029. This developer advantage is self-reinforcing, fueled by: * **Deep Composability:** Applications interact like interoperable financial Lego bricks via shared standards (e.g., EVM, Solidity). * **Credible Neutrality:** Secured by over 900,000 validators, making it trusted by major institutions. * **Modularity:** Rollups (Base, Arbitrium, etc.) expand, rather than fracture, the ecosystem into a tightly connected modular internet economy. * **Culture:** Attracts top-tier researchers and standard-setters who guide the entire industry. In essence, while other chains generate activity, Ethereum is consolidating as the trusted, long-term coordination layer for internet-native finance. Its future is being built now by the architects of the next-generation financial infrastructure.

Odaily星球日报06/16 08:21

Sharplink CEO: One Million Ethereum Developers, Who Can Compete?

Odaily星球日报06/16 08:21

SharpLink CEO: How to Understand Ethereum Developers Just Exceeded 1 Million?

SharpLink CEO reflects on the milestone of Ethereum surpassing 1 million historical developers, emphasizing that this figure represents the largest pool of technical talent ever assembled around an open, permissionless blockchain network. While approximately 232,000 developers remain active, the key question for the crypto industry is not which chain is fastest, but where the best builders choose to build long-term. Ethereum's advantage lies in a decade-long accumulation of infrastructure, standards, tools, liquidity, and a cohesive culture, making it the default operating system for programmable finance. This developer base is tackling complex challenges: the Glamsterdam upgrade aims to enhance scalability while preserving core principles; synchronous composability seeks to unify Rollup ecosystems; and significant efforts are underway for post-quantum security. Ethereum's deeper network effects stem from composability and shared standards (like the EVM and Solidity), creating a flywheel of more developers, tools, and liquidity. Three reinforcing strengths cement Ethereum's lead: credible neutrality (secured by ~900k validators), a modular architecture with interconnected Rollups, and a culture that attracts top researchers. The ecosystem is consolidating as the trusted coordination layer for internet-native finance, favored by large institutions valuing security and liquidity. The future of Ethereum is being built by this global community of founders and architects.

链捕手06/16 00:59

SharpLink CEO: How to Understand Ethereum Developers Just Exceeded 1 Million?

链捕手06/16 00:59

Ethereum Researchers Propose SPHINCS- Signature Scheme For Post-Quantum Wallets

Ethereum researchers have proposed SPHINCS-, a stateless post-quantum signature verification scheme optimized for the Ethereum Virtual Machine (EVM). Designed to function within the existing EVM without protocol changes or new precompiles, it replaces standard hash functions with EVM-native KECCAK256, enabling a Solidity implementation. The scheme is tailored for wallet use, targeting a more practical signature budget (2^14 to 2^20 signatures per key) rather than the standard astronomical limit, reflecting typical Ethereum address transaction patterns. A key variant, C13, is reported to verify signatures at about 127,000 gas with a 3,704-byte signature. The proposal, credited to researcher nicocsgy with acknowledgments to Vitalik Buterin, is currently a non-standard research concept, not a finished standard. It highlights trade-offs, such as long signing times on certain hardware wallets, but contributes to the broader, essential conversation on preparing Ethereum's account security for a future with quantum computers.

bitcoinist06/13 01:06

Ethereum Researchers Propose SPHINCS- Signature Scheme For Post-Quantum Wallets

bitcoinist06/13 01:06

Bitroot Public Chain Invited to Attend Tencent Cloud Singapore AI Conference, Discussing the Future Alongside Solana

On May 19, Bitroot, an emerging Layer 1 blockchain, participated in the Tencent Cloud AI Summit in Singapore alongside key industry players like Solana Foundation. The event explored the intersection of AI infrastructure, enterprise applications, AI Agents, and Web3. Bitroot's invitation, despite being pre-mainnet, highlights industry interest in its focus on high-performance, AI-native architecture tailored for future AI Agent execution and verifiable on-chain automation. Bitroot CEO Juan Jose emphasized that AI competition is shifting from model performance to data, real-world application scenarios, and trust infrastructure. He argued that for AI Agents to evolve from assistants to autonomous executors managing transactions and assets, they require low-latency, low-cost, and high-throughput blockchain environments. Bitroot aims to address this through its EVM-compatible design, optimistic parallel execution, and a consensus mechanism targeting high scalability. Currently in its Testnet 5.0 phase, Bitroot reports metrics like over 50,000 peak TPS and sub-0.3 second average block time. Its narrative positions it within a growing landscape where next-generation Layer 1s like Monad and Aptos also compete on performance, while Bitroot differentiates by integrating AI computational capabilities natively across its stack. The summit underscored that the fusion of AI and Web3 is moving from concept to infrastructure competition, where networks balancing performance, security, and verifiability will be crucial for enabling scalable AI-driven applications.

marsbit05/27 08:13

Bitroot Public Chain Invited to Attend Tencent Cloud Singapore AI Conference, Discussing the Future Alongside Solana

marsbit05/27 08:13

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