Artículos Relacionados con Migration

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Hyperliquid: USDH fades to $20mln – Here’s what’s replacing it

Hyperliquid's stablecoin market is showing a significant shift, with liquidity moving away from its native USDH and concentrating heavily around USD Coin (USDC). USDH holdings have sharply declined to only $20 million, while USDC now dominates the pool with $5.74 billion of the total $5.96 billion. This reflects a trader preference for deeper liquidity and established assets. To facilitate the transition, Hyperliquid Foundation has issued roughly $10 million in grants, and users can swap USDH for USDC via migration paths. Despite the stablecoin migration, protocol activity remains strong. Daily Active Addresses and Daily Transactions are sustained at high levels, and Perpetual Trading Volume stays near $2.8 billion, reinforcing Hyperliquid's position in on-chain derivatives. This activity generates substantial Annualized Fee Revenue, which increasingly flows into the HYPE token through staking, fees, and buybacks, shifting its value capture from speculation to recurring ecosystem fees. The continued growth of USDC liquidity and trading activity is seen as crucial for strengthening HYPE's long-term utility, while USDH would require significant utility improvements to regain market share.

ambcryptoHace 15 hora(s)

Hyperliquid: USDH fades to $20mln – Here’s what’s replacing it

ambcryptoHace 15 hora(s)

Quantum Computing "Manhattan Project" Unveiled: Is the Encryption Industry at a Critical Turning Point?

"Quantum Computing 'Manhattan Project' Launched: Is the Crypto Industry at a Critical Juncture?" On June 22, former U.S. President Donald Trump signed two executive orders. The first mandates all federal agencies upgrade their cryptographic systems to new, quantum-resistant standards by 2030. The second orders the Department of Energy to lead the development of a national quantum computer, signaling a shift from laboratory research to a state-enforced national agenda. This creates a hard deadline. A powerful quantum computer could break current encryption. The threat is compounded by "harvest now, decrypt later" attacks, where encrypted data is stored today for future decryption. Federal agencies must appoint migration officers and complete post-quantum cryptography (PQC) upgrades for key establishment by 2030 and digital signatures by 2031. Procurement rules will also be changed, forcing government contractors to comply. The crypto industry faces a direct threat. Bitcoin's ECDSA signatures are theoretically vulnerable. Research indicates millions of Bitcoin with exposed public keys are at risk if quantum computers advance. While projects like Bitcoin Quantum testnets and efforts by Ethereum, Solana, NEAR, and Zcash are exploring quantum-resistant solutions, achieving consensus in decentralized networks remains a major challenge. The centralized U.S. government has started a 5-year countdown. For decentralized crypto networks, the real test is whether they can complete this anti-quantum upgrade before the theoretical threat becomes a practical reality.

Foresight News06/23 07:54

Quantum Computing "Manhattan Project" Unveiled: Is the Encryption Industry at a Critical Turning Point?

Foresight News06/23 07:54

The Quantum Threat Is Coming—Stellar Reveals Its Defense Strategy

The Stellar Development Foundation has released a Quantum Preparedness Plan, aiming to migrate the entire Stellar network to quantum-safe cryptography by the end of 2027. The urgency stems from quantum computers potentially using Shor's algorithm to crack the elliptic curve cryptography currently securing blockchains. A significant challenge identified is handling dormant accounts, where quantum attacks could derive private keys from public ones, risking account takeover. Stellar's structural advantage is that its account addresses are separate from signing keys. This allows users to add quantum-safe signers via existing operations without changing their address or moving assets, unlike most other blockchains. The migration will occur in phases: post-quantum signature verification for smart contracts in 2026, native support for classic accounts in 2027, and a future deprecation of the old Ed25519 standard. However, the plan notes that zero-knowledge proof systems on the network remain vulnerable and require further research.

bitcoinist06/10 18:02

The Quantum Threat Is Coming—Stellar Reveals Its Defense Strategy

bitcoinist06/10 18:02

BlackRock Warns Bitcoin And Ethereum Investors About Quantum Computing

BlackRock's report warns that future advancements in quantum computing could threaten the cryptographic security of Bitcoin, Ethereum, and other digital assets. While no cryptographically relevant quantum computer (CRQC) exists today, the firm stresses the need for proactive industry migration to post-quantum cryptography before "Q-Day." The primary risk lies in the elliptic curve cryptography (ECC) used for digital signatures, which a powerful quantum computer running Shor's algorithm could break. Bitcoin's SHA-256 hash function is considered quantum-resistant, but roughly 35% of circulating BTC may be vulnerable due to exposed public keys. The report notes that Bitcoin's technical upgrade path is relatively narrow, focusing on signature algorithms, but faces significant challenges in decentralized coordination. Ethereum has a more defined migration roadmap but greater complexity due to its proof-of-stake architecture, smart contracts, and layered cryptographic systems. BlackRock concludes that quantum computing presents a manageable but serious long-term risk. Successfully coordinating and implementing post-quantum upgrades across decentralized networks is seen as a multi-year challenge, but one that is less daunting than building a functional CRQC.

bitcoinist06/10 05:02

BlackRock Warns Bitcoin And Ethereum Investors About Quantum Computing

bitcoinist06/10 05:02

Ethereum Foundation Researcher: Quantum Day Is Approaching, Plans to Complete Quantum-Resistant Migration by 2029

Ethereum Foundation researcher Justin Drake discusses the implications of a recent quantum computing breakthrough by Google’s quantum AI team, which demonstrated a 10x efficiency improvement in Shor’s algorithm against the secp256k1 elliptic curve used in Bitcoin and Ethereum. Notably, Google kept key algorithmic details confidential, using zero-knowledge proofs to verify the result without disclosure—a first in academia. Shortly after, the core optimization was independently reproduced, and an open-source competition (ecdsa.fail) emerged, further improving the algorithm by 8.4%. Meanwhile, startup Oratomic published research suggesting that neutral-atom quantum architectures could break secp256k1 with only 10,000 physical qubits, accelerating the timeline for "Q-Day"—the day quantum computers can break widely used cryptography. Drake estimates a 50% probability of Q-Day by 2032 and a 10% chance by 2030, contrasting with the U.S. government’s more conservative 2035 forecast. He warns against panic but stresses timely migration to post-quantum cryptography. Ethereum plans to complete its migration by 2029, covering consensus, data, and execution layers with hash-based systems. The Foundation is also developing leanVM, a formally verifiable zkVM, and has launched two $1 million initiatives to advance SNARK-friendly cryptography.

foresightnews_api06/05 04:07

Ethereum Foundation Researcher: Quantum Day Is Approaching, Plans to Complete Quantum-Resistant Migration by 2029

foresightnews_api06/05 04:07

What Are Some Good Paths for Chinese Web3 Entrepreneurship? (Part 5)

This article explores pathways for Chinese Web3 teams to pivot toward AI, building on a previous discussion. It focuses on two specific team profiles: **Security & Risk Control Teams:** These teams, skilled in smart contract auditing, wallet security, and on-chain monitoring, can transition to providing **Agent behavior auditing and AI security governance**. As AI Agents automate tasks, access data, and trigger payments, enterprises will need solutions to monitor permissions, audit logs, control data access, and prevent anomalies—creating a strong B2B demand. **Application & Community-Focused Teams:** Instead of completely rebranding as AI companies, these teams should use AI to **enhance their existing products**. For example, research platforms can use AI to summarize information and identify signals; community tools can automate user support and analysis; and educational products can create personalized learning paths. The key is integrating AI to solve existing user pain points, like information overload or high operational costs. The article also advises against certain AI directions for Chinese Web3 teams, such as building general-purpose large language models (too resource-intensive), creating overly broad Agent platforms (hard to monetize), developing AI traders/automated yield products (high regulatory and risk sensitivity), or simply adding superficial AI features without genuine value. The core conclusion: Successful migration depends not on chasing AI hype, but on **identifying how a team's existing Web3 capabilities—be it in data, payments, security, or user operations—can address real needs in new AI application scenarios.**

marsbit06/04 14:53

What Are Some Good Paths for Chinese Web3 Entrepreneurship? (Part 5)

marsbit06/04 14:53

Following the KelpDAO Hack: $40 Billion in Assets Flee LayerZero, Chainlink Emerges as the Primary 'Beneficiary'

Following a major security breach in April where KelpDAO's bridge using LayerZero was attacked for approximately $292 million, a significant shift is underway in the cross-chain infrastructure landscape. An estimated $40 billion in assets is in the process of migrating or has already migrated from LayerZero to Chainlink's Cross-Chain Interoperability Protocol (CCIP). The attack exploited a single-point-of-failure vulnerability due to KelpDAO's 1-of-1 validator configuration within the LayerZero network. Attackers corrupted RPC nodes and used DDoS attacks to force the system to rely on compromised nodes, allowing fraudulent messages. While LayerZero acknowledged a serious error in allowing its validator network to service high-value transactions with such a configuration, the incident highlighted critical security risks. This triggered a rapid migration wave. Starting with KelpDAO on May 6th, several major protocols—including Solv Protocol, Re, Tydro, Kraken, and Lombard—announced switching their cross-chain infrastructure exclusively to Chainlink CCIP. The combined value of these migrations is estimated to be around $40 billion. This movement followed earlier major adoptions by Coinbase (in late 2025) and Circle (in early 2024). Market sentiment reflected this shift, with LINK's price showing relative stability while ZRO (LayerZero's token) declined significantly. Data indicates a net outflow of approximately $20.1 billion from the LayerZero network over 30 days. The migration is largely driven by perceived security differences. Chainlink CCIP employs a decentralized oracle network as its default consensus layer, featuring multiple independent node operators, a separate Risk Management Network, and built-in safeguards like rate limits. In contrast, LayerZero's highly modular architecture offers flexibility but places more responsibility on application developers to configure security settings, a risk underscored by the KelpDAO incident. LayerZero has since apologized for its communication handling post-attack and stated the protocol itself was not compromised, but rather its Labs DVN's internal RPC was poisoned. An official post-mortem report with external security partners is forthcoming.

marsbit05/19 08:10

Following the KelpDAO Hack: $40 Billion in Assets Flee LayerZero, Chainlink Emerges as the Primary 'Beneficiary'

marsbit05/19 08:10

BNB Chain Releases Research Report, Exploring Post-Quantum Cryptography Migration Path for BSC

BNB Chain, a leading Layer-1 blockchain ecosystem, has released a research report exploring the potential migration path for BNB Smart Chain (BSC) to post-quantum cryptography. The study evaluates replacing traditional cryptographic systems with quantum-resistant alternatives, specifically examining the use of ML-DSA-44 for transaction signing and pqSTARK for aggregating validator consensus signatures. While quantum computers are not currently a practical threat to existing blockchain cryptography, the research represents a proactive effort to ensure long-term network security and infrastructure resilience. The report assessed several core areas of the BSC tech stack, including post-quantum transaction signing, validator signature aggregation, transaction validation, public key storage, and network performance under increased data loads. A key finding is that achieving post-quantum readiness is technically feasible today but requires significant trade-offs in scalability. Test data indicates: • Transaction size would increase from ~110 bytes to ~2.5 kilobytes. • Block size would grow from ~110 kilobytes to ~2 megabytes. • Native transfer TPS would decrease from 4,973 to 2,997. The primary performance bottleneck is not signature verification itself, but the increased network transmission overhead caused by larger transaction and block sizes. Conversely, the pqSTARK aggregation technology proved highly efficient, compressing validator signatures by an approximately 43:1 ratio, which helps manage consensus-layer overhead. The report notes that post-quantum alternatives for areas like P2P handshakes and KZG commitments were not within the scope of this evaluation and require further research and broader ecosystem coordination. BNB Chain emphasizes this work is a research-oriented exploration and not a response to any imminent security threat.

marsbit05/18 13:51

BNB Chain Releases Research Report, Exploring Post-Quantum Cryptography Migration Path for BSC

marsbit05/18 13:51

After Developer Numbers Halved: Crypto Isn't Dead, It's Just Giving Up Talent to AI

The title "After a 50% Drop in Developer Count: Crypto Isn't Dead, It's Just Ceding Talent to AI" suggests a shift, not an end. The article analyzes GitHub data showing a significant drop in overall Crypto developer activity from a peak of 45K monthly active developers in 2022 to about 23K in 2026. However, this masks a deeper trend of "talent deleveraging." The exodus consists mainly of newcomers who entered during the bull market for hype-driven roles (e.g., NFT contracts, forked DeFi protocols), with over 50% of developers with less than one year of experience leaving. In contrast, established developers (2+ years of experience) have hit record highs, contributing roughly 70% of the code. They are consolidating in ecosystems with real users and revenue, like Bitcoin and Solana. These experienced builders possess unique skills forged in Crypto's "code is law" environment: the ability to build trust and functional systems from scratch in the absence of external authority or rules, with zero tolerance for error. The article argues that AI's scaling faces structurally similar trust, coordination, and verification problems—particularly regarding compute aggregation, multi-agent incentive alignment, and autonomous payments. Crypto builders are already applying these skills in AI. Examples include CoreWeave (mining to AI compute), OpenRouter (NFT marketplace routing to AI model routing), and projects like Hyperbolic (using crypto-native mechanisms for decentralized compute verification) and EigenLayer (applying restaking logic to AI agent governance). Stablecoin infrastructure is becoming critical for AI agent micro-payments (e.g., x402 protocol). The role of these builders is evolving from writing smart contracts to "designing trusted mechanisms for autonomous AI systems." This shift is reflected in new hiring trends at major exchanges and significant venture capital flowing into the crypto-AI convergence (e.g., funds from Paradigm, Haun Ventures). The article concludes that while developer numbers have halved, the core density of talent has increased, and their uniquely cultivated skills are finding a new, larger stage in the AI era.

marsbit05/18 13:41

After Developer Numbers Halved: Crypto Isn't Dead, It's Just Giving Up Talent to AI

marsbit05/18 13:41

BNB Chain Releases Research Report, Exploring the Path to Post-Quantum Cryptography Migration for BSC

BNB Chain has released a new research report exploring a potential migration path for BNB Smart Chain (BSC) to post-quantum cryptography (PQC). The study assesses the feasibility and performance impact of replacing traditional blockchain cryptography with quantum-resistant alternatives, aiming to ensure long-term network security. Key areas evaluated include post-quantum transaction signatures (proposing ML-DSA-44), validator signature aggregation, transaction verification, public key storage, and cross-regional network performance under increased data loads. A major finding is that while technically feasible now, achieving PQC-readiness involves significant scalability trade-offs. Test data showed transaction size increased from ~110 bytes to ~2.5 KB, block size grew from ~110 KB to ~2 MB, and native transfer TPS decreased from 4,973 to 2,997. The primary performance bottleneck was identified as increased network transmission overhead due to larger data volumes, rather than the signature verification process itself. Notably, the pqSTARK aggregation technique proved efficient, compressing validator signatures at a ~43:1 ratio, which helps manage consensus layer overhead. The report clarifies this is a research-oriented exploration, not a response to an imminent threat, and notes that areas like P2P handshakes and KZG commitments require further study and broader ecosystem coordination.

链捕手05/18 13:24

BNB Chain Releases Research Report, Exploring the Path to Post-Quantum Cryptography Migration for BSC

链捕手05/18 13:24

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