# Сопутствующие статьи по теме Security

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

In-Depth Reconstruction of the $285 Million Drift Hack: How Should DeFi Governance Move Beyond "Amateur Hour"?

On April 1, 2026, Drift Protocol, the largest perpetual futures DEX on Solana, suffered a catastrophic hack resulting in a loss of $285 million. The attack, attributed to a sophisticated social engineering campaign rather than a technical exploit, unfolded over several months. Hackers first infiltrated Drift’s internal circles by posing as a legitimate market maker, building trust over time. They then exploited Solana’s "Durable Nonce" feature to trick core team members into blindly signing transactions that granted administrative control. A critical vulnerability was introduced when Drift migrated to a 2/5 multisig structure without a timelock, allowing instant execution of privileged transactions with just two signatures. The attackers finally triggered the attack by adding a fake token (CVT) to the whitelist, manipulating its oracle price, and using it as collateral to drain the protocol’s treasury. The incident highlights fundamental flaws in DeFi governance, including overreliance on multisig mechanisms that lack intent verification and are vulnerable to social engineering. It underscores the misalignment between retail-grade security tools and institutional-scale treasury management. The hack signals the need for a security paradigm shift in DeFi, including adoption of Hardware Security Modules (HSMs) for key management, intent-based policy engines for transaction validation, and professional third-party custody solutions to ensure institutional-grade safety.

marsbit04/13 12:00

In-Depth Reconstruction of the $285 Million Drift Hack: How Should DeFi Governance Move Beyond "Amateur Hour"?

marsbit04/13 12:00

1 Billion DOT Minted Out of Thin Air, Yet Hacker Only Made $230,000

On April 13, a security breach occurred involving the Polkadot bridge on the Ethereum network, where an attacker exploited a replay vulnerability in the MMR proof mechanism of Hyperbridge’s ISMP protocol. By reusing a historically valid proof and pairing it with a malicious request, the attacker bypassed verification and gained admin and minting rights over the wrapped DOT contract on Ethereum. They then minted 1 billion wrapped DOT tokens—2,805 times the existing supply—and attempted to liquidate them. However, due to extremely low liquidity in the wrapped DOT market, the massive sell-off crashed the token’s price by 99.98%, from $1.22 to approximately $0.000128. The attacker ultimately exchanged the tokens for only about 108.2 ETH (worth roughly $237,000), with gas costs as low as $0.74. The same exploit had been used previously in attacks on MANTA and CERE tokens, resulting in a total loss of around $242,000. Polkadot confirmed that the incident only affected DOT bridged via Hyperbridge to Ethereum and did not impact the native Polkadot network or DOT on other bridges. Exchanges including Upbit and Bithumb temporarily suspended DOT deposits and withdrawals as a precaution. The event highlights ongoing vulnerabilities in cross-chain infrastructure and the critical role of liquidity in limiting actual damages during large-scale exploits. It also reflects a broader trend of increasing DeFi security incidents in early 2026.

marsbit04/13 10:10

1 Billion DOT Minted Out of Thin Air, Yet Hacker Only Made $230,000

marsbit04/13 10:10

Edge AI Daily Morning Report (April 12)

Edge AI Daily Brief (April 12) **Silicon Valley Front:** CoreWeave expanded partnerships with Meta and Anthropic, reflecting surging AI compute demand. Major cloud providers in China raised prices by 5%-30% due to soaring GPU costs and a 1000x increase in daily token usage since 2024. Anthropic, with annualized revenue exceeding $30B, is exploring in-house chip development to address shortages and signed a 3.5GW TPU deal with Google and Broadcom. The U.S. MATCH Act tightened semiconductor export controls, lowering technology thresholds and threatening global supply chains. ASML and Tokyo Electron saw stock declines. OpenAI addressed a third-party Axios library security issue, requiring macOS app updates. Microsoft restructured Windows Insider channels to simplify testing. Meta, Amazon, and Google invested in small modular nuclear reactors (SMRs) to power energy-intensive AI data centers. Mozilla criticized Microsoft for forcing Copilot integration in Windows 11, highlighting broader concerns about user choice and DMA compliance. Microsoft paused new carbon credit purchases due to quality concerns. **Domestic Progress:** MUJI’s Q2 revenue grew 14.8%, while Amazon launched a global smart hub in Shenzhen to streamline cross-border logistics for Chinese sellers, cutting delivery times by up to 7 days. **Open Source Trends:** Meta AI and KAIST proposed "Neural Computers" (NCs), merging computation and memory into learning runtime states. Agent AI is shifting from prediction to world-state modeling, driving edge infrastructure redesign. Quantum computing demonstrated exponential advantages in classical data processing, using under 60 logical qubits to outperform classical machines. France began migrating government systems to Linux to enhance digital sovereignty and reduce U.S. tech reliance. (Source: Edge AI Daily, Guangjiao Guancha)

marsbit04/12 00:52

Edge AI Daily Morning Report (April 12)

marsbit04/12 00:52

Will Quantum Computing Kill Bitcoin and Mining? Is This Alarmist?

The article addresses the recurring concern that quantum computing could break Bitcoin's encryption and disrupt mining. It references a Google Quantum AI white paper from March 2026, which suggests that the resources needed for a quantum computer to crack Bitcoin’s elliptic curve digital signature algorithm (ECDSA) have been reduced by about 20 times. Under ideal conditions, such an attack could theoretically derive a private key from a public key in roughly 9 minutes using 500,000 physical qubits. However, the threat is not immediate. Current quantum processors, like Google’s Willow (105 qubits) or IBM’s Condor (~1,121 qubits), are far from the scale required. The risk primarily targets transaction signatures—especially during the brief window when a transaction is broadcast but not yet confirmed, or when public keys have been historically exposed. It is estimated there is only a 10% probability of a “quantum break” by 2032. The impact on mining is considered negligible. Research indicates that quantum mining would require astronomically high qubit counts and energy—far exceeding entire national grids—making it economically and physically infeasible. The broader solution lies in post-quantum cryptography (PQC). Standards like ML-DSA and SLH-DSA are being developed, and Bitcoin improvement proposals such as BIP 360 aim to reduce quantum vulnerability by modifying transaction structures to avoid exposing public keys. While quantum computing poses a future risk to all public-key encryption systems—not just Bitcoin—the cryptocurrency ecosystem has time to adapt. Upgrades and migration to quantum-resistant algorithms are underway, ensuring the network evolves ahead of the threat.

marsbit04/11 14:40

Will Quantum Computing Kill Bitcoin and Mining? Is This Alarmist?

marsbit04/11 14:40

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