# RPC Articoli collegati

Il Centro Notizie HTX fornisce gli articoli più recenti e le analisi più approfondite su "RPC", coprendo tendenze di mercato, aggiornamenti sui progetti, sviluppi tecnologici e politiche normative nel settore crypto.

Why Does Ethereum Still Need Kohaku? Privacy Concerns Aren't Just in Transactions

The article "Why Ethereum Still Needs Kohaku: Privacy Issues Extend Beyond Transactions" explains the Kohaku initiative as a suite of privacy-first tools designed to improve user privacy on the Ethereum network. It addresses the problem that while Ethereum's transparency enables innovation, it also exposes users' financial activities, asset holdings, and social connections when they reuse a single address. Kohaku aims to bridge the gap between existing privacy protocols (like Railgun, Privacy Pools) and practical user experience by integrating privacy features into wallets, developer tools, and daily interactions. Key focuses include: enabling wallets to manage multiple accounts for different purposes ("many accounts, many you"), facilitating controlled visibility for transactions instead of full transparency, protecting user data during RPC queries and network activity, and providing developers with easier ways to integrate privacy. The article clarifies that Kohaku is not a single product but an ongoing effort to make privacy a default, usable component of the ecosystem, moving beyond complex protocols to practical application. It counters common misconceptions, arguing that privacy is a fundamental user right for normal activities, not just for anonymity, and that it can coexist with compliance through selective disclosure. Ultimately, Kohaku represents an essential step for Ethereum's maturation, ensuring users can participate in the open network while maintaining control over their personal information boundaries.

marsbit06/09 00:44

Why Does Ethereum Still Need Kohaku? Privacy Concerns Aren't Just in Transactions

marsbit06/09 00:44

North Korean Hackers Loot $500 Million in a Single Month, Becoming the Top Threat to Crypto Security

North Korean hackers, particularly the notorious Lazarus Group and its subgroup TraderTraitor, have stolen over $500 million from cryptocurrency DeFi platforms in less than three weeks, bringing their total theft for the year to over $700 million. Recent major attacks on Drift Protocol and KelpDAO, resulting in losses of approximately $286 million and $290 million respectively, highlight a strategic shift: instead of targeting core smart contracts, attackers are now exploiting vulnerabilities in peripheral infrastructure. For instance, the KelpDAO attack involved compromising downstream RPC infrastructure used by LayerZero's decentralized validation network (DVN), allowing manipulation without breaching core cryptography. This sophisticated approach mirrors advanced corporate cyber-espionage. Additionally, North Korea has systematically infiltrated the global crypto workforce, with an estimated 100 operatives using fake identities to gain employment at blockchain companies, enabling long-term access to sensitive systems and facilitating large-scale thefts. According to Chainalysis, North Korean-linked hackers stole a record $2 billion in 2025, accounting for 60% of all global crypto theft that year. Their total historical crypto theft has reached $6.75 billion. Post-theft, they employ specialized money laundering methods, heavily relying on Chinese OTC brokers and cross-chain mixing services rather than standard decentralized exchanges. Security experts, while acknowledging the increased sophistication, emphasize that many attacks still exploit fundamental weaknesses like poor access controls and centralized operational risks. Strengthening private key management, limiting privileged access, and enhancing coordination among exchanges, analysts, and law enforcement immediately after an attack are critical to improving defense and fund recovery chances. The industry's challenge now extends beyond secure smart contracts to safeguarding operational security at the infrastructure level.

marsbit04/23 01:49

North Korean Hackers Loot $500 Million in a Single Month, Becoming the Top Threat to Crypto Security

marsbit04/23 01:49

Stop Saying ‘We Need Privacy’

Title: Stop Saying ‘We Need Privacy’ The article argues that "privacy" is not a single concept but rather five distinct problems in the context of blockchain and cryptocurrency. When people demand privacy, they are often referring to one of the following: 1. **Intent Privacy:** Hiding transaction details from observers before execution to prevent front-running by MEV bots. Solutions include private transaction delivery (e.g., Flashbots Protect) and encrypted mempools (e.g., Shutter Network). 2. **Value Privacy:** Concealing the amounts transferred. This is achieved through shielded systems (e.g., Zcash, Penumbra) that use cryptographic proofs to verify transactions without revealing values. Privacy can still be compromised by user behavior patterns. 3. **Graph Privacy:** Protecting the relationships and patterns of who transacts with whom. Techniques include pooled unlinkability (e.g., Tornado Cash mixers) and stealth addresses (e.g., ERC-5564) to break direct on-chain links between transactions. 4. **State Privacy:** Keeping DeFi positions, balances, and liquidation thresholds hidden. This requires storing state as private records and using zero-knowledge proofs (ZK-proofs) to validate state changes without revealing underlying data (e.g., Aztec). Composability and edge interactions remain challenges. 5. **Execution Privacy:** Hiding the computation logic itself, crucial for strategies like auctions or liquidations. Methods include using Trusted Execution Environments (TEEs) (e.g., Secret Network) or ZK-proofs for private execution. The article concludes that privacy often fails at the edges, such as at the RPC (Remote Procedure Call) layer, where providers can collect IP addresses and wallet information. The key is to ask which surface is being protected and where information might leak when users interact with the real world, rather than seeking a single winning privacy model.

比推02/13 00:39

Stop Saying ‘We Need Privacy’

比推02/13 00:39

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