# 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.

Tom Lee Signals Market Bottom: Why Smart Money is Rotating into Quantum Security and BMIC

Tom Lee of Fundstrat signals a crypto market bottom, citing cooling inflation and Bitcoin's resilience. He suggests the narrative is shifting from survival to expansion, with new liquidity likely flowing into infrastructure that addresses existential threats like quantum computing. This creates a risk for traditional encryption and an opportunity for quantum-resistant solutions. BMIC ($BMIC) is highlighted as a project building a full quantum-secure finance stack, using post-quantum cryptography and ERC-4337 smart accounts to protect assets against future attacks. Its presale has raised over $444K, indicating early investor confidence. The token fuels a 'Quantum Meta-Cloud' and features a 'Burn-to-Compute' mechanism. The thesis is that as the market matures, the premium for quantum security will grow, and BMIC aims to become the standard for secure digital asset storage.

bitcoinist02/09 09:59

Tom Lee Signals Market Bottom: Why Smart Money is Rotating into Quantum Security and BMIC

bitcoinist02/09 09:59

Fhenix Breaks Blockchain Privacy Barrier With Decomposed BFV Encryption Breakthrough

Fhenix has developed a new cryptographic technology called Decomposed BFV (DBFV), a breakthrough in fully homomorphic encryption (FHE) that significantly improves the performance and practicality of encrypted computations on blockchain. FHE enables calculations on encrypted data without decryption, offering strong data privacy, but has been limited by high computational costs and noise accumulation, especially in precise schemes like BFV and BGV used in financial applications. DBFV addresses these challenges by decomposing large plaintext numbers into smaller, manageable ciphertexts called "limbs," which are processed independently. This approach enhances noise control and reduces the need for frequent bootstrapping—a computationally expensive process—thereby enabling deeper and more complex computations. Although some operations become slightly more costly, the overall efficiency gains make sustained encrypted workloads feasible for the first time. This innovation allows high-throughput, privacy-preserving applications such as financial logic, stateful apps, and data aggregation. Fhenix plans to integrate DBFV into its infrastructure later this year, making FHE a practical solution for decentralized finance and enterprise blockchain use cases without compromising performance or precision.

TheNewsCrypto02/05 22:52

Fhenix Breaks Blockchain Privacy Barrier With Decomposed BFV Encryption Breakthrough

TheNewsCrypto02/05 22:52

Building a Cross-AI Large Model "Privacy Memory Layer", ZetaChain Shapes New AI Experience with Multi-Model Aggregation Application Anuma

ZetaChain has launched its 2.0 upgrade, introducing a privacy-focused "Private Memory Layer" designed to unify AI interactions across multiple models. This layer allows users to retain, encrypt, and carry over conversation context seamlessly between different AI platforms, such as ChatGPT and Claude, without losing history or compromising privacy. Accompanying the upgrade is Anuma, a multi-model AI application currently in private beta, which leverages ZetaChain’s decentralized infrastructure to offer end-to-end encrypted, user-controlled conversations. By combining blockchain-based security with AI interoperability, ZetaChain aims to solve issues of data fragmentation and centralization in current generative AI services, offering users greater control, continuity, and privacy.

marsbit01/29 05:02

Building a Cross-AI Large Model "Privacy Memory Layer", ZetaChain Shapes New AI Experience with Multi-Model Aggregation Application Anuma

marsbit01/29 05:02

Coinbase Announces New Board Of Experts To Combat Rising Quantum Computing Risks

Coinbase has formed an independent advisory board of external experts to address the emerging security threats posed by quantum computing. The board includes academics from institutions like Stanford and Harvard, as well as representatives from the Ethereum Foundation, EigenLayer, and Coinbase. According to Chief Information Security Officer Jeff Lunglhofer, quantum computers could potentially break the encryption protecting Bitcoin wallets and private keys, which currently rely on complex mathematical problems unsolvable by conventional computers in feasible time. Although this threat is not expected to materialize for at least a decade, the board will publish research and position statements to help the industry prepare. Initial defensive measures may include larger keys and added “noise” to obscure data. The first paper, focusing on quantum computing’s impact on blockchain consensus and transaction layers, is expected within months.

bitcoinist01/23 09:01

Coinbase Announces New Board Of Experts To Combat Rising Quantum Computing Risks

bitcoinist01/23 09:01

The Wolf Is Really Coming? Quantum Computing Threat to Bitcoin Is 'No Longer Theoretical', Analyst: 20-50% of Bitcoin Has 'Security Risks'

The threat of quantum computing to Bitcoin is accelerating from theoretical to practical, with analysts warning that 20-50% of Bitcoin’s supply—amounting to 4 to 10 million BTC—is vulnerable to quantum attacks. Coinbase’s research head David Duong highlighted that 32.7% of Bitcoin (6.51 million BTC) is at risk due to weak cryptographic practices, such as address reuse. Institutional investors are reacting: Jefferies’ Christopher Wood removed Bitcoin entirely from his portfolio, reallocating to gold, citing quantum computing as an existential risk to Bitcoin’s value proposition. Quantum computers could break Bitcoin’s elliptic curve digital signature algorithm (ECDSA), potentially exposing private keys. While current quantum systems are far from the estimated 13 million qubits needed to crack Bitcoin’s encryption, experts disagree on the timeline—some say 5 years, others 20-40 years. The Bitcoin community faces a governance dilemma: whether to preemptively destroy vulnerable coins or risk large-scale theft. Developers are proposing quantum-resistant upgrades, but implementation could take 5-10 years. Despite the concerns, some institutions like Harvard and Morgan Stanley continue to increase Bitcoin exposure, reflecting divergent risk assessments. The market is already pricing in these fears, with Bitcoin underperforming gold significantly.

华尔街日报01/23 01:11

The Wolf Is Really Coming? Quantum Computing Threat to Bitcoin Is 'No Longer Theoretical', Analyst: 20-50% of Bitcoin Has 'Security Risks'

华尔街日报01/23 01:11

Prominent Strategist 'Abandons' Bitcoin, Citing 'Fears of Quantum Computing's Imminent Realization'

Christopher Wood, Global Head of Equity Strategy at Jefferies, has completely removed Bitcoin from his investment portfolio due to concerns that rapid advancements in quantum computing could undermine the cryptocurrency's security. In a column published on January 16, Wood argued that progress in quantum computing threatens Bitcoin’s role as a "reliable store of value," particularly for long-term investors like pension funds. He liquidated the 10% Bitcoin allocation in his portfolio model, reallocating the funds into 5% physical gold and 5% gold mining stocks. Wood explained that his decision was driven by fears that quantum computing could break Bitcoin’s encryption algorithms, potentially within a few years rather than decades. Such technology could reverse-engineer private keys used to authorize transactions, fundamentally damaging Bitcoin’s value proposition as a digital alternative to gold. A former early institutional supporter of Bitcoin, Wood had initially added it to his portfolio in December 2020 amid pandemic-era stimulus measures and concerns over dollar devaluation, later increasing the allocation to 10% in 2021. He now believes that the long-term risks posed by quantum computing are beneficial for gold, which he describes as a historically proven hedge in an increasingly uncertain geopolitical environment.

华尔街日报01/17 01:54

Prominent Strategist 'Abandons' Bitcoin, Citing 'Fears of Quantum Computing's Imminent Realization'

华尔街日报01/17 01:54

Zcash Is Just the Beginning: How a16z Redefines the Privacy Narrative for 2026?

a16z crypto's "Privacy trends for 2026" argues that privacy will become the most critical differentiator and moat in crypto. Unlike performance, which has become a commodity, privacy creates powerful network effects. Switching between privacy-focused chains is difficult and risks exposing user metadata, leading to a potential winner-take-most dynamic where a few chains capture most value. The article highlights four key trends: 1. Privacy as a key moat, creating strong chain-level lock-in effects that public chains lack. 2. The need for decentralized, quantum-resistant communication protocols without central servers that can be shut down. 3. The rise of "Secrets-as-a-Service" infrastructure for programmable, cryptographically-enforced data access control. 4. A shift in security from "code is law" to "specification is law," using formal verification and runtime checks to enforce system-wide invariants and prevent novel attacks. The collective view is that privacy must evolve from an add-on feature to a foundational infrastructure component to enable the next stage of crypto adoption.

marsbit01/07 06:47

Zcash Is Just the Beginning: How a16z Redefines the Privacy Narrative for 2026?

marsbit01/07 06:47

Zcash Is Just the Beginning: How a16z Redefines the Privacy Narrative for 2026?

In "Privacy trends for 2026," a16z crypto argues that privacy will become the most critical differentiator and moat in the crypto industry. Unlike performance, which has become a commoditized feature, privacy creates strong network effects and chain-level lock-in. Moving assets between transparent chains is easy, but moving secrets between privacy chains risks exposing metadata, making users reluctant to switch. This could lead to a winner-take-most dynamic, with a few privacy-focused chains capturing most value. The article also highlights the need for decentralized, quantum-resistant communication protocols. Current messaging apps rely on centralized servers, which are vulnerable to shutdowns or backdoors. Truly robust systems require open protocols,开源 code, and user ownership of messages and identity via private keys. Another key trend is the emergence of "Secrets-as-a-Service" – a new infrastructure layer for programmable data access control, client-side encryption, and decentralized key management. This would provide cryptographic guarantees for who can access what data and under which conditions, making privacy a native feature rather than an add-on. Finally, security practices must evolve from "code is law" to "specification is law." Instead of relying on audits and pattern recognition, DeFi needs principled methodologies that enforce global invariants at the protocol level. AI-assisted proof tools and runtime assertions can act as real-time guardrails, automatically reverting any transaction that violates core security properties.

Odaily星球日报01/07 06:43

Zcash Is Just the Beginning: How a16z Redefines the Privacy Narrative for 2026?

Odaily星球日报01/07 06:43

a16z: Privacy, the Most Important Moat in Crypto by 2026

Privacy will become the most important moat in crypto by 2026, as it enables chain lock-in effects and strengthens network effects, making migration between chains difficult and creating winner-take-all dynamics. Decentralized, quantum-resistant communication protocols will gain prominence, moving beyond encryption to eliminate reliance on centralized servers and ensure user control over data and identity. Secrets-as-a-Service will emerge as critical infrastructure, providing programmable, on-chain access controls and decentralized key management to ensure privacy and compliance for sensitive data in sectors like finance and healthcare. DeFi security will evolve from "code is law" to "spec is law," with AI-assisted tools enabling systematic verification of global invariants and runtime enforcement of security properties to prevent exploits.

比推01/06 22:07

a16z: Privacy, the Most Important Moat in Crypto by 2026

比推01/06 22:07

Quantum Computing Will Trigger A Bitcoin Supply Shock: Michael Saylor

Quantum computing will not break Bitcoin but instead harden it, according to Michael Saylor. In response to a future quantum threat, a coordinated global upgrade to quantum-resistant encryption will be enforced. Active Bitcoin holders will migrate their coins to secure new wallets, while lost or inaccessible coins will remain permanently frozen. This process will enhance network security, reduce the effective supply of Bitcoin, and trigger a deflationary event. Saylor argues that the upgrade is inevitable and that the market will ultimately reach consensus, despite Bitcoin’s decentralized nature. The result will be a clearer accounting of lost BTC and a stronger, more secure network.

bitcoinist12/20 03:01

Quantum Computing Will Trigger A Bitcoin Supply Shock: Michael Saylor

bitcoinist12/20 03:01

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