# Сопутствующие статьи по теме Security

AI Trust Crisis Escalates, Blockchain Becomes an Indispensable 'Anti-Counterfeiting Layer'

AI systems are disrupting the internet, which was designed for human-scale interactions, by making it difficult to distinguish between human and machine-generated content, identities, and transactions. The core issue is the lack of a native method to differentiate humans from AI while preserving privacy and usability. Blockchain technology offers critical solutions through five key mechanisms: 1. AI can cheaply mimic human behavior at scale, but decentralized proof-of-personhood systems (e.g., World ID) increase the marginal cost of impersonation by enforcing uniqueness and scarcity. 2. Decentralized identity systems shift control from centralized platforms to users, reducing single points of failure and enhancing security and censorship resistance. 3. AI agents require portable, universal "passports" to operate across platforms without being locked into specific ecosystems, enabled by blockchain-based identity layers. 4. Existing payment systems are inadequate for AI agent-scale transactions; blockchain enables micro-payments, smart contracts, and programmable revenue sharing suitable for machine-to-machine commerce. 5. Privacy and security are intertwined: zero-knowledge proofs allow verification of attributes without exposing personal data, denying AI the raw materials needed for imitation. In summary, blockchain restores trust, raises impersonation costs, protects human-scale interactions, decentralizes identity, enforces privacy by default, and provides native economic infrastructure for AI agents—making it an essential layer for an AI-native internet.

比推02/05 15:30

Aperture Finance Loses $3.67M in Exploit, Hacker Deposits Funds Through Tornado Cash

Aperture Finance suffered a security breach on January 25, 2026, resulting in a loss of approximately $3.67 million. The exploit targeted specific versions of its smart contracts (V3 and V4), allowing the hacker to steal funds by exploiting vulnerabilities in contract approvals and function calls. The attacker subsequently deposited 1,242.7 ETH (worth around $2.4 million) into Tornado Cash, likely to obscure the transaction trail. In response, Aperture Finance disabled affected web app functions, released a security analysis, and urged users to revoke all related ERC-20 and ERC-721 approvals connected to the compromised addresses.

TheNewsCrypto02/05 15:14

Payy Unveils Privacy-First L2 for Institutional Capital: Why $BMIC is the Missing Layer of Quantum Defense

Payy has launched a privacy-focused Ethereum Layer 2 solution using zero-knowledge proofs to enable institutions to settle transactions on-chain without exposing sensitive data to competitors. While this addresses transparency and front-running risks, it doesn’t protect against the long-term threat of quantum computing, which could decrypt current cryptographic systems. This vulnerability is where BMIC ($BMIC) positions itself as a critical security layer. It introduces a quantum-resistant financial stack using post-quantum cryptography (PQC) to safeguard private keys and assets from future quantum attacks. BMIC’s architecture includes AI-enhanced threat detection and integrates with ERC-4337 smart accounts for a user-friendly yet highly secure experience. The project has raised over $432K in its presale, with the token priced at $0.049474. $BMIC supports ecosystem operations through a "Burn-to-Compute" mechanism and enables quantum-secure staking. As institutional adoption of privacy L2s grows, BMIC aims to become an essential component in protecting high-value on-chain transactions from quantum decryption threats.

bitcoinist02/05 10:12

Did Vitalik Buterin Just Kill Ethereum Layer-2s? Here’s What He Said

Vitalik Buterin is reframing the narrative around Ethereum's layer-2s, arguing that the original vision of L2s as "branded shards" primarily for scaling no longer fits current realities. With low L1 fees and an expected gas limit increase in 2026, he states Ethereum is scaling on its own, reducing the need for L2s solely for capacity. Buterin highlights that many L2s are slow to reach "stage 2" decentralization and some may never intend to, due to technical challenges or regulatory requirements that demand ultimate control. He proposes a spectrum model where L2s offer varying levels of security and trust, rather than uniformly claiming to "scale Ethereum." Buterin advises L2 teams to differentiate through features like specialized execution, privacy, or ultra-low latency, rather than scaling alone. He emphasizes the importance of "stage 1" security for handling ETH or Ethereum-based assets and advocates for a native ZK-EVM precompile to simplify trustless interoperability and synchronous composability. Buterin concludes that while some chains will remain trust-dependent, the focus should be on clear user guarantees and base-layer strength, shifting competition from scaling to proving credible offerings.

bitcoinist02/05 07:13

Bitcoin Quantum Panic Flares As Nic Carter And Developer Matt Corallo Clash

bitcoinist02/04 21:02

How Fireblocks and Canton can change how trillions move on blockchain

For years, financial institutions faced a trade-off between public blockchain transparency and private network privacy. Fireblocks, which secures over $5 trillion in digital assets annually, has integrated with the Canton Network to resolve this. The partnership enables institutions to settle tokenized assets on a shared network while maintaining privacy, compliance, and regulatory clarity. Canton’s privacy-focused architecture combined with Fireblocks’ NYDFS-regulated custody provides a secure, legally sound framework. Executives from both organizations emphasized the integration supports scalable, regulated digital asset activity. Despite short-term price volatility in Canton Coin, the focus remains on long-term infrastructure development for large-scale adoption of tokenized assets.

ambcrypto02/04 18:03

Tramplin Introduces Premium Staking on Solana, a Proven Savings Model Rebuilt for Crypto

Tramplin, a premium staking platform built on Solana and backed by iTreasury Ventures, has launched publicly, introducing a bonds-inspired reward redistribution model designed for crypto. Operating entirely within Solana’s native staking architecture, Tramplin enables smaller SOL holders to potentially earn outsized returns while retaining full control of their principal and avoiding additional smart contract or counterparty risks. The platform uses provably fair randomness and Merkle-based transparency to redistribute staking rewards probabilistically, aiming to create a more equitable and engaging staking experience. Its mission is to empower retail SOL holders by offering upside opportunities traditionally accessible only to large stakeholders, countering the trend of memecoin speculation and high-risk trading that often disadvantages smaller participants. Alongside the launch, Tramplin has opened a Strategic Partner Program for creators, analysts, and ecosystem builders, offering audit-first transparency, lifetime revenue sharing, and community incentives.

TheNewsCrypto02/04 15:25

Bitwise Seeks to Acquire Chorus One to Dominate Institutional Staking as BMIC Momentum Builds

Bitwise, a major asset management firm, is reportedly seeking to acquire Chorus One, a leading European institutional staking provider, signaling a strategic move to dominate the crypto yield infrastructure. This acquisition highlights the growing institutional focus on staking as a key revenue stream. However, this consolidation raises concerns over centralization risks and vulnerabilities, such as potential "Harvest Now, Decrypt Later" quantum attacks. In response, projects like BMIC ($BMIC) are gaining attention for offering a quantum-secure finance stack designed to protect digital assets against future cryptographic threats. BMIC's presale has already raised significant funds, reflecting strong market interest in next-generation security solutions.

bitcoinist02/04 10:01

XRPL to Activate Permissioned Domains as XLS-80 Goes Live

On February 4, 2026, the XRP Ledger (XRPL) is set to activate Permissioned Domains following the approval of the XLS-80 amendment by over 91% of validators. This upgrade introduces credential-gated access layers on the public XRPL, allowing controlled participation without creating a private blockchain. It aims to bridge the transparency and security of decentralized technology with the regulatory needs of traditional finance. Built on the XLS-70 framework, permissioned domains enable rule-based access control, where domain owners define accepted credentials. The amendment is foundational, enabling future regulated applications like permissioned decentralized exchanges, though it carries security risks dependent on trust in credential issuers and domain governance.

TheNewsCrypto02/04 08:58

Micro-Capital Modeling Indicates a $75 Entry Could Generate Over $24,000 if Network Utilization Accelerates

An acceleration in network utilization could generate a significant ROI for Ozak AI ($OZ), with a $75 investment potentially growing to $24,000, a 320x gain. This bullish projection is supported by a successful presale that has raised over $6.10 million. Key factors driving attractiveness include enhanced network security through partnerships with Certik and Sherlock for smart contract audits, and the use of DePIN for secure data distribution. Strategic alliances, such as the one with Openledger, aim to boost on-chain data tools and community-driven development. The ecosystem's growth is further fueled by AI-powered upgrades and expanding investor participation.

TheNewsCrypto02/04 03:57