# Сопутствующие статьи по теме Encryption

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

Anxiety of quantum risk to Bitcoin is weighing on its price: Execs

Quantum computing risks are creating anxiety among Bitcoin investors and affecting its price, according to industry executives. While Blockstream co-founder Adam Down argues the threat is decades away and that the network’s core security doesn’t solely rely on encryption, others like Nic Carter of Castle Island Ventures warn that developer denial is “extremely bearish.” Craig Warmke of the Bitcoin Policy Institute adds that perceived quantum risk is slowing capital inflow and driving diversification. Both emphasize the need for contingency plans to reassure holders, even if the actual threat remains distant. Critics also note that traditional targets would likely be compromised long before Bitcoin.

cointelegraph12/19 01:56

Anxiety of quantum risk to Bitcoin is weighing on its price: Execs

cointelegraph12/19 01:56

Does Encryption Becoming 'Boring' Signal Its Formal Entry into the Mainstream Application Stage?

The article argues that the perceived "boredom" in cryptocurrency signals its maturation into mainstream adoption, driven by regulatory clarity, particularly around stablecoins. This stability allows projects to shift from serving crypto-natives to building practical, regulated products for the mass market. The author highlights that while early crypto ideals like anonymity were initially celebrated, they became a barrier to scale due to compliance needs. The current phase involves pragmatic, "boring" solutions, such as the "stablecoin sandwich," which bridges traditional finance and blockchain but reintroduces intermediaries to handle compliance and data verification. A key future direction is Proof of Personhood, exemplified by Worldcoin's efforts to distinguish humans from bots using biometric verification. This is positioned as essential for scaling payments and combating fraud. Worldcoin's new wallet, integrating global bank accounts and a Visa card, demonstrates that user demand is for seamless financial tools, not necessarily new tokens. Additionally, the rise of "Mini Apps" allows developers to bypass app store fees, while decentralized messaging (e.g., XMTP) offers privacy-focused communication. The conclusion is that crypto's infrastructure is finally becoming practical and regulated, just as AI advances make cryptographic verification of truth increasingly critical.

比推12/15 13:44

Does Encryption Becoming 'Boring' Signal Its Formal Entry into the Mainstream Application Stage?

比推12/15 13:44

a16z's 10,000-Word Essay (Part 1): The Misunderstood 'Quantum Supremacy', You Don't Need to Panic Until 2030

The article clarifies misconceptions about "quantum supremacy" and argues that cryptographically relevant quantum computers (CRQC) capable of breaking classical encryption (e.g., via Shor's algorithm) are unlikely to emerge before 2030. It distinguishes between post-quantum encryption and signatures, emphasizing that encryption requires immediate migration due to "Harvest Now, Decrypt Later" (HNDL) attacks, where adversaries store encrypted data for future decryption. In contrast, post-quantum signatures are less urgency, as they are not vulnerable to HNDL—past signatures remain secure even after CRQC emergence. The article critiques exaggerated claims about quantum progress, noting that current hardware lacks the scale, fidelity, and error correction needed for CRQC. It also highlights that zkSNARKs, like signatures, are not susceptible to HNDL attacks. Migration strategies should prioritize encryption while adopting a measured approach for signatures to avoid unnecessary costs and risks.

marsbit12/12 06:20

a16z's 10,000-Word Essay (Part 1): The Misunderstood 'Quantum Supremacy', You Don't Need to Panic Until 2030

marsbit12/12 06:20

From Principles to the Future: How Quantum Computing Reshapes the Security Landscape of Blockchain

Summary: This article analyzes the real quantum computing threat to blockchain, arguing timelines for cryptographically relevant quantum computers (CRQCs) are often exaggerated. While "Harvest Now, Decrypt Later" (HNDL) attacks necessitate an immediate shift to post-quantum encryption for long-term data secrecy, the transition for digital signatures is less urgent as they are not vulnerable to HNDL attacks. Most blockchains (e.g., Bitcoin, Ethereum) primarily use signatures, not encryption, so they face the threat of future signature forgery, not immediate decryption. However, Bitcoin requires urgent planning due to its slow governance, the need for active user migration of funds, and the risk of losing billions in vulnerable, possibly abandoned coins. Privacy chains with encrypted on-chain data are more immediate HNDL targets. The article cautions against a rushed adoption of immature post-quantum signatures (which are larger and riskier to implement) and zkSNARKs, advising a measured approach. It recommends immediate deployment of hybrid encryption, planning for blockchain migration, prioritizing implementation security (bugs are a bigger near-term risk than quantum computers), and maintaining perspective on quantum computing announcements.

比推12/10 09:34

From Principles to the Future: How Quantum Computing Reshapes the Security Landscape of Blockchain

比推12/10 09:34

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