# Пов'язані статті щодо Hard Fork

Центр новин HTX надає останні статті та поглиблений аналіз на тему "Hard Fork", що охоплює ринкові тренди, оновлення проєктів, технологічні розробки та регуляторну політику в криптоіндустрії.

Zcash's New Node Zakura Goes Live: Privacy Payments Can Reach 50,000 TPS, Aiming to Rival Visa and Mastercard

Zcash, a privacy-focused cryptocurrency, has launched a new full node software called Zakura version 1.0.0. Developed by Zcash co-founder Sean Bowe and Dev Ojha, with private ZEC donations, its goal is to enable Zcash to process over 50,000 transactions per second (TPS)—matching the scale of Visa and Mastercard—while maintaining full transaction privacy and verifiability. This addresses a key bottleneck, as Zcash currently handles only about 1 private transaction per second. Zakura is a fork of the Zcash Foundation's Zebra node. It features chain pruning and snapshots, reducing disk usage and allowing new nodes to sync in under two minutes. It also offers compatibility with the legacy `zcashd` client interface. The scalability challenge stems from the large data size of privacy proofs. Bowe's Tachyon project aims to use recursive proofs to reduce consensus-layer data needs from ~500 MB/s to ~100 MB/s. For wallet scalability, Valar Group is researching Private Information Retrieval (PIR) tech to allow wallets to fetch their data privately. Zakura supports fast block propagation and the upcoming "Ironwood" network upgrade (NU6.3), scheduled for activation around July 28th. Ironwood was created to contain a critical inflation bug discovered in the Orchard shielded pool in May 2024. The fix uses "turnstiles" to trap any counterfeit ZEC created during the vulnerability period within the shielded pool, preventing it from entering circulation and restoring supply integrity.

marsbit07/21 06:15

Zcash's New Node Zakura Goes Live: Privacy Payments Can Reach 50,000 TPS, Aiming to Rival Visa and Mastercard

marsbit07/21 06:15

BIP-110 Controversy Intensifies: Bitcoin May Face Its Most Divisive Hard Fork Battle in Years

Bitcoin is approaching a critical block height of 961,632, which could activate the controversial BIP-110 proposal. This proposal aims to restrict the amount of non-financial data, such as inscriptions and other large data payloads, within Bitcoin transactions. Supporters, including some node operators and Bitcoin purists, argue that BIP-110 is necessary to preserve Bitcoin's core function as a monetary settlement layer by reducing network congestion and node operational burdens caused by non-essential data. They frame it as a correction to keep the network true to its original purpose. However, critics, including prominent figures like Blockstream's Adam Back and developer Jameson Lopp, warn that the proposal's implementation mechanism is dangerously flawed. They highlight that its low 55% miner signaling threshold, coupled with a contentious enforcement mechanism allowing nodes to unilaterally reject non-compliant blocks, significantly increases the risk of a chain split. Opponents argue this sets a dangerous precedent for transaction censorship, undermines Bitcoin's protocol neutrality, and creates excessive uncertainty for developers and businesses, especially since the rule is proposed as a temporary one-year measure. Market analysts, such as those from Bitfinex, suggest a full-scale network split is unlikely due to a lack of broad economic consensus. Major mining pools remain neutral, and adoption of the new rules is minimal. They view the situation more as a governance stress test. The primary risk is operational disruption: if a minority chain persists, major exchanges and custodians may need to temporarily suspend Bitcoin deposits and withdrawals to manage security and liquidity, potentially unsettling newer institutional investors. While BIP-110 is not expected to succeed in overtaking the main chain, its approach has ignited a significant debate about Bitcoin's governance, core values, and resilience.

Foresight News06/12 07:25

BIP-110 Controversy Intensifies: Bitcoin May Face Its Most Divisive Hard Fork Battle in Years

Foresight News06/12 07:25

Privacy Coin Crisis of Confidence! ZEC Plunges Over 56% in a Single Day

Zcash (ZEC), a leading privacy-focused cryptocurrency, experienced a severe crash on June 5th, plummeting over 56% in a single day and erasing nearly two months of gains. The flash crash was triggered by the disclosure of a critical zero-knowledge proof vulnerability within Zcash's Orchard privacy pool, which had existed since the pool's launch in May 2022. The flaw theoretically allowed an attacker to forge unlimited ZEC undetectably due to the pool's privacy features. The vulnerability was discovered on May 29th by independent security researcher Taylor Hornby during a proactive audit commissioned by Shielded Labs, utilizing AI-assisted analysis. The Zcash development team responded swiftly, implementing an emergency soft fork to disable Orchard transactions on June 2nd and executing a permanent hard fork fix (NU6.2) on June 3rd. Despite the technical fix, a major crisis of confidence emerged. The core issue is that Orchard's privacy design makes it cryptographically impossible to prove whether the vulnerability was exploited over the past four years, casting permanent doubt on the historical supply integrity of ZEC. While Shielded Labs argues exploitation was unlikely, the inability to provide definitive proof has severely damaged market trust. This sentiment was exacerbated when BitMEX co-founder Arthur Hayes, a prominent ZEC supporter, announced he was selling his entire position. He stated that privacy assets require "perfect security" rather than "probable safety." The combined effect of the disclosure and Hayes's exit ignited widespread panic selling, leading to massive liquidations and significant price decline. Analysts note the event highlights a fundamental tension within privacy coins: the conflict between verifiable supply and cryptographic privacy.

链捕手06/05 10:15

Privacy Coin Crisis of Confidence! ZEC Plunges Over 56% in a Single Day

链捕手06/05 10:15

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