Top Tweets for #quantumrisk

Luxembourg is building serious national infrastructure to become fully "quantum ready" by 2030. From launching the MeluXina-Q quantum computer to deploying the EAGLE-1 quantum satellite link, the entire nation is systematically shifting toward sovereign, quantum-secured data networks. When sovereign states treat the quantum threat as an immediate strategic priority, the private sector can't afford to fall behind. Explore Luxembourg’s accelerating quantum landscape here: https://t.co/hwW3XZ1VdO Even trust providers like LuxTrust are actively studying Post-Quantum Cryptography (PQC) to survive this shift. While the world races to retroactively patch legacy tech, the $MCM ledger has been running on native post-quantum protection since day one (mainnet live since June 25, 2018). Don't wait for your infrastructure to become obsolete—build on the shield that’s already live. #QuantumComputing #Luxembourg #Web3 #PQC #Mochimo

BITCOIN’S QUANTUM RECOVERY PLAN HAS ONE MAJOR EXCEPTION: SATOSHI’S 1.1 MILLION BTC Bitcoin’s proposed defense against quantum computers just took a major step forward, but it still cannot save Satoshi Nakamoto’s coins. Quantum security startup Project Eleven has unveiled a zero-knowledge proof system designed to complement BIP-361, the controversial proposal that would freeze Bitcoin addresses vulnerable to future quantum attacks. The system would allow legitimate owners to recover their bitcoin without revealing their private keys. The proposal addresses one of the biggest criticisms of BIP-361. Under the draft, quantum-vulnerable addresses would stop accepting deposits after three years, with remaining coins frozen after five. More than 34% of Bitcoin’s supply falls into this category, including the estimated 1.1 million BTC attributed to Satoshi. Project Eleven’s approach exploits a key difference in Bitcoin’s cryptography. While quantum computers could eventually break elliptic curve signatures, they cannot efficiently reverse the one-way hash functions used by modern HD wallets. Instead of signing a transaction, users prove they know the secret key material higher up in their wallet’s derivation tree, allowing them to migrate funds to a quantum-safe address without exposing their seed. However, the recovery method only works for BIP-32 hierarchical deterministic wallets introduced in 2012. Satoshi’s coins were created years earlier using software that generated every private key independently, with no seed phrase or derivation tree. That means there is nothing for the proof system to verify. The same limitation applies to many of Bitcoin’s oldest dormant wallets. The prototype is also unaudited, supports only a subset of Bitcoin address types, and would require future consensus changes before it could be used on Bitcoin. Still, the development changes the debate around BIP-361. Rather than permanently burning quantum-vulnerable coins, the proposal could eventually allow legitimate owners to recover them. Everyone, that is, except Satoshi.

Bitcoin Quantum Recovery Tool Cannot Save Satoshi Nakamoto Holdings Project Eleven says it has developed a zero knowledge proof system that could help Bitcoin $BTC holders recover quantum vulnerable coins. The tool supports the recovery approach proposed in BIP 361, which seeks to freeze vulnerable addresses after a transition period. However, the system cannot recover Satoshi Nakamoto's estimated 1.1 million BTC because those coins cannot prove active ownership. The proposal is designed to protect users after a potential quantum computing breakthrough.

🚨 NEW: A new Bitcoin proposal is now aimed at protecting vulnerable wallets. BIP-361 would: • Stop new BTC from being sent to quantum-vulnerable addresses. • Sunset legacy signatures after a five-year transition period. • Potentially introduce a recovery mechanism for users who miss the migration.

Q-Day is the point at which a quantum computer becomes powerful enough to break the public-key cryptography that secures today's blockchains. No one knows exactly when it will arrive. But the trend is clear: estimates keep moving closer as quantum hardware improves. That matters because blockchains are permanent public ledgers. Every exposed public key visible on-chain today can be copied, stored, and attacked once quantum computers become capable of deriving the corresponding private keys. The migration challenge is considerable. Retiring DES took more than two decades, with governments, centralized procurement, and top-down coordination driving the transition. Crypto has to coordinate a similar migration across thousands of independent developers, miners, validators, exchanges, custodians, wallets, and users—without anyone in charge. Can the industry get there before Q-Day? Chain by chain, the answer looks very different: https://t.co/A8qVVkNl8h

ブラックホールを研究するなら、 量子コンピュータを開発した方が早い。 💥💣🪐🐅🐅🍎🍊🦍 しかも、今回使われたのは、 わずか36量子ビット級のIonQ Forte。 256量子ビット機は、もう目前。 その先には、1万量子ビット級の世界も見え始めている。 チンパンジー行動社会研究から、 創薬、材料科学、そして宇宙物理学まで。 これまで 「複雑すぎて計算できなかった世界」が、 一気に花開く。 これは、 $IONQが単にすごいという話ではない。 人類が理解できる世界の範囲そのものが、劇的に広がる前触れ。 世界がひっくり返る。 その前に、So,全ツッパだ❣️

$IONQ “I’m just really excited, probably more excited about this than even AI.” Senator Roger Marshall (R-KS), mid Treasury confirmation hearing, goes off topic to ask about quantum computing. His question, to Sriprakash Kothari, the Assistant Secretary of the Treasury nominee: “do you see a future for quantum computing in your world?” Kothari: “It is the next frontier, if you will, and it will dramatically change the game.” Nobody at that table says IonQ. Within the half hour, someone does. James Hayes, IonQ’s own Head of Global Government Affairs, thanking Marshall by name on LinkedIn. That’s a government affairs shop watching hearings live for the word quantum. $IONQ #IonQ #Quantum

The PQC narrative is heating up in the real world. 🔥 QuickLogic just teamed up with PQSecure to bring reprogrammable Post-Quantum Cryptography to SoCs. The timeline is official: NIST mandates classical crypto deprecation by 2035. The race to go quantum-resistant is now. Read more: https://t.co/ifKNk66TvN While traditional tech scrambles to patch hardware, Mochimo is already miles ahead. A functioning, production-ready, quantum-resistant layer-1 blockchain built from the ground up since 2018. The market is waking up to PQC. Don't blink on $MCM.

$NET just pointed out that the timeline to Q-Day has accelerated. Q-Day is the day that quantum computers can break the public-key cryptography used across the Internet. Post-quantum authentication is the biggest cybersecurity threat. It means generating fake signatures and gaining unauthorized access. $NET expects to be fully post-quantum secure by 2029. The executive order 14412 from June sets 2031 as the deadline for post-quantum authentication: “transition all HVAs [High Value Assets] and high impact systems to use PQC [Post Quantum Cryptography] for digital signatures by December 31, 2031” This means the US government believes useful quantum computers will exist by then.