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Quantum Computing Can Break Zcash and Monero Privacy, Researcher Says - TradingView

Google News – Quantum Computing
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⚡ Quantum Brief
Veteran crypto researcher Justin Bons warns quantum computers could break Zcash and Monero’s privacy within years by cracking elliptic curve cryptography via exposed public keys during transactions. Quantum systems can derive private keys from public ones, deanonymizing users and linking transactions to real identities, compromising the core privacy features of these coins. Bons advises high-risk users to abandon zero-knowledge-proof coins for non-ZK-based mixers, which pool and redistribute funds to obscure ownership, offering stronger quantum resistance. CoinShares and Bitfinex downplay immediate threats, noting Bitcoin has 20 years to prepare, with only 8% of its supply at risk, calling quantum vulnerabilities solvable. The debate highlights a divide: urgent warnings for privacy-dependent users versus industry claims that blockchain upgrades will mitigate long-term quantum risks.
Quantum Computing Can Break Zcash and Monero Privacy, Researcher Says - TradingView

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Quantum Computing Can Break Zcash and Monero Privacy, Researcher Says1 min readZECUSD+2.09%XMRUSD−1.18%The concerns about quantum computers have emerged again, with veteran crypto researcher Justin Bons warning that they could crack Zcash (ZEC) and Monero (XMR). In an update shared by Bons on X, the crypto researcher claims that these privacy-focused coins are at risk.How quantum computing could deanonymize privacy coinsNotably, Bons explained that quantum computers can "deanonymize" and crack the elliptic curve cryptography from exposed public keys. Generally, a public key becomes visible when a user spends funds from their wallet.A quantum computer could solve the complex math behind that key and derive the private key. With this, a malicious actor or unauthorized individual might link the transaction to a real user and compromise the privacy of the transaction.Justin Bons@Justin_BonsZEC & XMR privacy is guaranteed to be cracked within the next few years! ⚠️Quantum computing can de-anonymize it all if the public key is exposedWhen lives depend on long-term privacy, use a non-ZK-based mixer insteadPrivacy is a human right; we must acknowledge the risks!The threat from quantum computers remains of great concern across many blockchains, and Bons suggests using mixing services that do not rely on zero-knowledge proofs. He argues that this is a sure way to protect long-term privacy when "lives depend on it."For clarity, a mixer is designed to pool many users’ coins, redistribute them and make it more difficult to track the ownership of the asset. This helps to protect the identity of the owner.Bons is suggesting that some mixers may resist quantum computer attacks better and should be embraced. This is particularly important for individuals relying on crypto for life-or-death anonymity.Experts say quantum threat to crypto is not immediateIn February, crypto investment and research firm CoinShares contributed to the potential threats from quantum computers. Their research concluded that the threat is not an imminent one, especially to Bitcoin.According to CoinShares, Bitcoin has the next 20 years to prepare for quantum computing risks, and even then, only about 8% of the total supply is at possible risk.A similar stance was taken by Bitfinex, a leading digital asset trading platform. Bitfinex maintains that quantum threats are solvable and should not bother users much.Read original article on U.TodayCryptoU.TodayRead more from U.TodayMore news from U.Today U.TodayMore Than 1,000% XRP Futures Flow Spike Hints at Upcoming VolatilityU.TodayXRP Bollinger Bands Reach Critical Squeeze: Calm Before the Storm?U.Today137% in Bitcoin Spot Market Flow: Volatility Spikes as BTC Loses $70,000U.TodayShiba Inu (SHIB) Has 500 Billion Left Until Historic Threshold Is BrokenU.

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Source: Google News – Quantum Computing