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A Year Later, 'Lean Ethereum' Moves Forward: What Is Ethereum Aiming to Achieve?

A year after its initial proposal, "Lean Ethereum" is resurfacing as a core focus, signaling a potential fundamental shift in Ethereum's development narrative. While recent years prioritized scalability (e.g., Rollups, blobs), current discussions center on long-term sustainability and decentralization. This shift is evident on multiple fronts. Organizationally, the Ethereum Foundation (EF) is becoming "leaner and more focused," while key responsibilities like R&D (Ethlabs) and institutional outreach (Ethereum Institution) are being distributed to independent organizations. This aims to reduce systemic reliance on a single entity. Technologically, "Lean Ethereum," described by Vitalik Buterin as Ethereum's "third major iteration," outlines a 3-4 year roadmap. Its goals extend beyond raw throughput to emphasize protocol properties for a "long-term trust infrastructure." Key directions include: protocol simplification via "light verification" (using recursive STARKs instead of heavy re-execution); prioritizing quantum resistance; integrating privacy as a first-class protocol goal; and consensus-layer improvements for faster finality and reduced validator burden. Complementing this, the proposed 0x02 compounding validators feature seeks to make staking rewards more sustainable and equitable for smaller participants by allowing native reinvestment, improving capital efficiency and reducing network overhead. Together, these changes represent a move towards "subtraction": reducing dependency on centralized organizations, the cost for individuals to verify the chain, and capital inefficiencies in network participation. The aim is a more decentralized, verifiable, and resilient Ethereum capable of supporting the next decade of growth, even if the tangible benefits of these foundational shifts may take years to fully materialize.

marsbitHace 11 hora(s)

A Year Later, 'Lean Ethereum' Moves Forward: What Is Ethereum Aiming to Achieve?

marsbitHace 11 hora(s)

An AI Uncovers a 15-Year-Old Linux Vulnerability in 5 Seconds, While Another AI Turns an Innocent Journalist into a Car Thief Suspect

AI Discovered a 15-Year-Old Linux Bug but Also Wrongly Targeted a Journalist An AI security tool, VEGA, identified "GhostLock" (CVE-2026-43499), a severe Linux kernel vulnerability hidden for 15 years since 2011, affecting nearly all distributions. Exploiting a flaw in the kernel's lock management, an attacker could gain root privileges in about 5 seconds from a standard user account. This demonstrates AI's growing ability to find complex bugs humans missed. In a stark contrast, another AI system caused a dangerous police confrontation. Automotive journalist Joel Feder was surrounded by four police cars after Flock Safety's automated license plate recognition (ALPR) cameras mistakenly flagged his vehicle. The error originated from a typo in a national stolen vehicle database ("34 03 DTM" was entered as "34 DTM"). Feder's manufacturer plate, "34 10 DTM," was misread due to its small font, triggering a nationwide alert. Police, with hands on holsters, detained Feder for an hour before resolving the mistake. The two cases highlight the dual nature of AI in security. On one hand, it can efficiently uncover critical software vulnerabilities, enhancing safety. On the other, it can exponentially amplify human errors—like a simple data entry mistake—when deployed in automated, large-scale surveillance systems without adequate human oversight. The incident underscores the critical need for robust review mechanisms in AI-driven decision systems, especially in high-stakes areas like law enforcement. The greatest vulnerability in the AI era may not be in code, but in the unchecked delegation of final judgment to automated processes.

marsbitHace 2 días 12:25

An AI Uncovers a 15-Year-Old Linux Vulnerability in 5 Seconds, While Another AI Turns an Innocent Journalist into a Car Thief Suspect

marsbitHace 2 días 12:25

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07/11 09:17

Ethereum's Next Decade in the Eyes of Vitalik

链捕手07/11 09:17

Token FOLD Auction Imminent, What is The Interfold, Supported by Vitalik?

**Title:** FOLD Token Auction Approaches: What is The Interfold, Supported by Vitalik? **Summary:** The Interfold, a "confidential coordination infrastructure" previously known as Enclave, is launching its functional token FOLD via a Uniswap Continuous Clearing Auction (CCA) starting July 8th. Endorsed by Ethereum co-founder Vitalik Buterin in May, the protocol tackles the core problem of governance bribery in decentralized voting (e.g., on platforms like Votium) by enabling multiple parties to compute a verifiable result without exposing their private input data. Its core technology, the Encrypted Execution Environment (E3), uses a distributed network of "Ciphernodes" that perform computations on fully encrypted data using Fully Homomorphic Encryption (FHE), with process integrity verified by Zero-Knowledge (ZK) proofs and decryption keys managed via Decentralized Threshold Cryptography (DTC) to eliminate a single point of trust. The primary application is CRISP (Coercion-Resistant Impartial Selection Protocol) for DAO governance, which ensures encrypted voting, "receipt-free" votes to prevent bribery, and verifiable tallying. The Interfold, developed by the Gnosis Guild team (creators of the Zodiac DAO tooling), positions itself as a focused solution to make on-chain voting truly un-buyable, realizing the vision of Vitalik's earlier MACI (Minimal Anti-Collusion Infrastructure) framework without its reliance on a single trusted coordinator. FOLD tokens will be used for Ciphernode staking, paying for computation requests, and protocol governance. Following the 48-hour auction, there is a 40-day cooling period where tokens can only be staked, with the official Token Generation Event (TGE) expected around August 19th.

Foresight News07/08 08:31

Token FOLD Auction Imminent, What is The Interfold, Supported by Vitalik?

Foresight News07/08 08:31

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