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🎯🔒 HEDERA, WECAN E SEALSQ: VERSO UN’INFRASTRUTTURA FINANZIARIA QUANTUM-SECURE 🎯🔒
Il futuro della sicurezza finanziaria si gioca su un terreno delicato: la resistenza ai computer quantistici.
In questo contesto, un nuovo passo strategico arriva da WECAN Group, sostenuta da SEALSQ Corp, che ha appena ottenuto un grant dalla Hedera / The Hashgraph Association.
Una mossa che consolida l’avanzamento delle tecnologie quantum-safe nel settore finanziario.
SEALSQ detiene una quota del 28,3% in WECAN, frutto di un investimento strategico che unisce tre pilastri complementari:
👉 HEDERA, ledger decentralizzato enterprise-grade.
👉 WECAN, piattaforma di compliance e identità blockchain.
👉 SEALSQ, specialista in semiconduttori e software post-quantum.
Il finanziamento servirà ad ampliare i sistemi di compliance resilienti, migliorare l’infrastruttura di scambio dati sicuro e integrare tecnologie di decentralized identity con i semiconduttori post-quantum di SEALSQ.
Questa collaborazione punta a fornire strumenti quantum-resistant per la verifica dell’identità in ambito bancario, asset management e DeFi, oltre a proteggere miliardi di dispositivi IoT grazie ad algoritmi post-quantum integrati nell’hardware.
Il motivo è chiaro: con l’arrivo dei computer quantistici, gli attuali protocolli crittografici (RSA, ECC) rischiano di diventare vulnerabili, mettendo a rischio dati sensibili e sistemi di autenticazione.
Non si tratta di teoria, ma di adozione reale: le soluzioni WECAN sono già operative presso banche private e gestori patrimoniali.
Il supporto di Hedera conferma che sicurezza quantistica, identità digitale e compliance saranno fondamenti chiave della finanza regolamentata del futuro — un segnale forte anche per l’ecosistema HBAR.
#breakingnews #hedera #SEALSQ #quantum #QuantumCrypto $HBAR
Il futuro della sicurezza finanziaria si gioca su un terreno delicato: la resistenza ai computer quantistici.
In questo contesto, un nuovo passo strategico arriva da WECAN Group, sostenuta da SEALSQ Corp, che ha appena ottenuto un grant dalla Hedera / The Hashgraph Association.
Una mossa che consolida l’avanzamento delle tecnologie quantum-safe nel settore finanziario.
SEALSQ detiene una quota del 28,3% in WECAN, frutto di un investimento strategico che unisce tre pilastri complementari:
👉 HEDERA, ledger decentralizzato enterprise-grade.
👉 WECAN, piattaforma di compliance e identità blockchain.
👉 SEALSQ, specialista in semiconduttori e software post-quantum.
Il finanziamento servirà ad ampliare i sistemi di compliance resilienti, migliorare l’infrastruttura di scambio dati sicuro e integrare tecnologie di decentralized identity con i semiconduttori post-quantum di SEALSQ.
Questa collaborazione punta a fornire strumenti quantum-resistant per la verifica dell’identità in ambito bancario, asset management e DeFi, oltre a proteggere miliardi di dispositivi IoT grazie ad algoritmi post-quantum integrati nell’hardware.
Il motivo è chiaro: con l’arrivo dei computer quantistici, gli attuali protocolli crittografici (RSA, ECC) rischiano di diventare vulnerabili, mettendo a rischio dati sensibili e sistemi di autenticazione.
Non si tratta di teoria, ma di adozione reale: le soluzioni WECAN sono già operative presso banche private e gestori patrimoniali.
Il supporto di Hedera conferma che sicurezza quantistica, identità digitale e compliance saranno fondamenti chiave della finanza regolamentata del futuro — un segnale forte anche per l’ecosistema HBAR.
#breakingnews #hedera #SEALSQ #quantum #QuantumCrypto $HBAR
🔒🎯 SOLANA AVVIA IL PROCESSO DI QUANTUM-PROOFING CON PROJECT ELEVEN 🔒🎯
Solana ha annunciato una partnership strategica con Project Eleven, leader nella sicurezza post-quantistica e migrazione di asset digitali, per sviluppare e testare soluzioni crittografiche resistenti ai computer quantistici.
L'iniziativa, denominata Project Eleven, include una valutazione completa delle vulnerabilità di Solana — infrastruttura core, wallet utente, validatori e assunzioni crittografiche a lungo termine — seguita dal deployment di firme digitali post-quantistiche su una testnet dedicata.
Project Eleven ha già dimostrato transazioni end-to-end quantum-resistant, scalabili e pratiche con la tecnologia attuale, posizionando Solana davanti a Bitcoin ed Ethereum, che dipendono ancora da schemi vulnerabili.
Matt Sorg, VP Technology della Solana Foundation, ha dichiarato: "Il nostro dovere è garantire la sicurezza di Solana non solo oggi, ma per decenni futuri".
Alex Pruden, CEO di Project Eleven, ha elogiato Solana per l'approccio proattivo: "Non hanno aspettato che i quantum diventassero un problema da prima pagina".
Sebbene i computer quantistici non rappresentino una minaccia immediata, questa mossa rafforza la resilienza a lungo termine contro furti di fondi, impersonazioni di validatori o manipolazioni crittografiche.
In un'industria che accelera le misure di sicurezza — come Ethereum e Cardano — Solana conferma la leadership tecnologica, attraendo investitori istituzionali preoccupati per la sostenibilità.
Un passo visionary che rende l'ecosistema più robusto e pronto per il futuro.
#BreakingCryptoNews #solana #quantum #QuantumCrypto $SOL #PostQuantum
Solana ha annunciato una partnership strategica con Project Eleven, leader nella sicurezza post-quantistica e migrazione di asset digitali, per sviluppare e testare soluzioni crittografiche resistenti ai computer quantistici.
L'iniziativa, denominata Project Eleven, include una valutazione completa delle vulnerabilità di Solana — infrastruttura core, wallet utente, validatori e assunzioni crittografiche a lungo termine — seguita dal deployment di firme digitali post-quantistiche su una testnet dedicata.
Project Eleven ha già dimostrato transazioni end-to-end quantum-resistant, scalabili e pratiche con la tecnologia attuale, posizionando Solana davanti a Bitcoin ed Ethereum, che dipendono ancora da schemi vulnerabili.
Matt Sorg, VP Technology della Solana Foundation, ha dichiarato: "Il nostro dovere è garantire la sicurezza di Solana non solo oggi, ma per decenni futuri".
Alex Pruden, CEO di Project Eleven, ha elogiato Solana per l'approccio proattivo: "Non hanno aspettato che i quantum diventassero un problema da prima pagina".
Sebbene i computer quantistici non rappresentino una minaccia immediata, questa mossa rafforza la resilienza a lungo termine contro furti di fondi, impersonazioni di validatori o manipolazioni crittografiche.
In un'industria che accelera le misure di sicurezza — come Ethereum e Cardano — Solana conferma la leadership tecnologica, attraendo investitori istituzionali preoccupati per la sostenibilità.
Un passo visionary che rende l'ecosistema più robusto e pronto per il futuro.
#BreakingCryptoNews #solana #quantum #QuantumCrypto $SOL #PostQuantum
🇯🇵⚡ GIAPPONE METTE IL QUANTUM NEL CLOUD: ACCESSO GLOBALE AGLI ION-TRAP ⚡🇯🇵
Il Giappone ha appena fatto un salto enorme nel quantum: grazie all’Università di Osaka è ora possibile controllare un vero qubit intrappolato (ion-trap) da qualsiasi parte del mondo tramite cloud, non un simulatore ma hardware fisico in laboratorio.
Questo rientra in una strategia “dual track” sul trapped ion: da un lato grandi sistemi commerciali come il Quantinuum H‑series “Reimei” installato a RIKEN per capacità industriale, dall’altro nodi accademici più piccoli ma altamente automatizzati e accessibili via internet per sperimentazione flessibile.
Tradizionalmente, i computer quantistici a ioni intrappolati richiedono presenza costante di ricercatori: caricare gli ioni, riallineare i laser, correggere drift ottici, monitorare vuoto e campi magnetici.
Il team di Osaka ha automatizzato proprio questi passaggi: caricamento ione, correzione automatica del fascio laser, monitoraggio continuo del sistema e reset gestiti da software, coordinati tramite la piattaforma open source OQTOPUS.
In dimostrazione sono state eseguite 1.000 rotazioni consecutive su un singolo qubit di itterbio, con una fedeltà di circa il 94%, con preparazione e lettura dello stato confermate da misure ripetute.
Significa che operazioni quantistiche non banali possono essere lanciate via internet con risultati stabili, aprendo la porta a un servizio 24/7.
Se questo modello scala a catene multi‑ione e gate entanglement, il ruolo dell’hardware quantistico cambia: da “pezzo da laboratorio raro” a infrastruttura condivisa, accessibile a ricercatori, studenti e sviluppatori nel mondo senza possedere la macchina.
È uno dei segnali più chiari che il quantum computing sta uscendo dai laboratori isolati per entrare nell’era cloud globale, in linea con la roadmap nazionale giapponese sulle tecnologie quantistiche.
#breakingnews #Japan #quantum #quantumcomputers
Il Giappone ha appena fatto un salto enorme nel quantum: grazie all’Università di Osaka è ora possibile controllare un vero qubit intrappolato (ion-trap) da qualsiasi parte del mondo tramite cloud, non un simulatore ma hardware fisico in laboratorio.
Questo rientra in una strategia “dual track” sul trapped ion: da un lato grandi sistemi commerciali come il Quantinuum H‑series “Reimei” installato a RIKEN per capacità industriale, dall’altro nodi accademici più piccoli ma altamente automatizzati e accessibili via internet per sperimentazione flessibile.
Tradizionalmente, i computer quantistici a ioni intrappolati richiedono presenza costante di ricercatori: caricare gli ioni, riallineare i laser, correggere drift ottici, monitorare vuoto e campi magnetici.
Il team di Osaka ha automatizzato proprio questi passaggi: caricamento ione, correzione automatica del fascio laser, monitoraggio continuo del sistema e reset gestiti da software, coordinati tramite la piattaforma open source OQTOPUS.
In dimostrazione sono state eseguite 1.000 rotazioni consecutive su un singolo qubit di itterbio, con una fedeltà di circa il 94%, con preparazione e lettura dello stato confermate da misure ripetute.
Significa che operazioni quantistiche non banali possono essere lanciate via internet con risultati stabili, aprendo la porta a un servizio 24/7.
Se questo modello scala a catene multi‑ione e gate entanglement, il ruolo dell’hardware quantistico cambia: da “pezzo da laboratorio raro” a infrastruttura condivisa, accessibile a ricercatori, studenti e sviluppatori nel mondo senza possedere la macchina.
È uno dei segnali più chiari che il quantum computing sta uscendo dai laboratori isolati per entrare nell’era cloud globale, in linea con la roadmap nazionale giapponese sulle tecnologie quantistiche.
#breakingnews #Japan #quantum #quantumcomputers
🛡 Le Bouclier Post-Quantique : Comment les Preuves Zéro Connaissance (ZKP) protègent Bitcoin
L’actu : La puissance futur des ordinateurs quantiques est une réalité que les développeurs anticipent. La solution pour protéger Bitcoin, pourrait être la Zero-Knowledge (ZKP), selon l'opinion de Felix Xu, PDG d’ARPA Network.
1. 🔗 C’est quoi la preuve Zéro Connaissance (ZKP) ?
C’est la capacité de prouver que vous savez quelque chose sans jamais révéler ce que vous savez.
🔸️Explication simple :
Imaginez que vous ayez la clé d’un casier secret. Vous prouvez mathématiquement que vous la possédez, sans jamais montrer la clé elle-même.
Le ZKP garantit :
▪️Complétude : Si vous dites la vérité, la preuve fonctionne toujours.
▪️Solidité : Si vous mentez, la preuve échoue toujours.
▪️Zéro Connaissance : On n'apprend rien d’autre que la vérité de la preuve.
2. ⚡️ Le bouclier Post-Quantique (ZKP)
Le danger des ordinateurs quantiques est leur capacité à casser les algorithmes actuels de Bitcoin basé sur la cryptographie à courbe elliptique (via l’Algorithme de Shor).
▪️Le Problème : Le risque principal concerne la capacité des ordinateurs quantiques à remonter de votre clé publique à votre clé privée après l'envoi d’une transaction.
▪️La Solution ZKP : Les ZKP les plus avancées (comme les zk-STARKs) utilisent des mathématiques différentes dites "post-quantiques". Elles sont conçues pour résister aux capacités de calcul des futurs ordinateurs quantiques.
3. 🌐 La Stratégie d'Avenir : Intégrer les ZKP à Bitcoin
▪️Le Statut Actuel : Aucune intégration ZKP n’est encore active sur le Layer 1 de Bitcoin. Ceci est une voie de développement future étudiée par la communauté.
▪️La Méthode Envisagée : L’intégration pourrait se faire via des couches secondaires (Sidechains ou Layer 2).
▪️Le But : Ces L2 permettraient de verrouiller ses BTC sur le réseau principal pour les utiliser dans un environnement déjà protégé du quantique, sans modifier le code fondamental de Bitcoin.
📌 En résumé : La technologie Zéro Connaissance n’est pas un bouclier actif pour Bitcoin, mais elle est considérée comme la meilleure stratégie pour garantir sa pérennité face au futur de l'informatique.
Question : Entre la Confidentialité (le rôle initial des ZKP) et la Sécurité Anti-Quantique (son potentiel futur), quelle application des ZKP trouvez-vous la plus fascinante ?
Ceci est une analyse informative. Faites toujours vos propres recherches (DYOR) avant d’investir.🤓
#ZKP #Bitcoin #Quantum #InnovationCrypto
1. 🔗 C’est quoi la preuve Zéro Connaissance (ZKP) ?
C’est la capacité de prouver que vous savez quelque chose sans jamais révéler ce que vous savez.
🔸️Explication simple :
Imaginez que vous ayez la clé d’un casier secret. Vous prouvez mathématiquement que vous la possédez, sans jamais montrer la clé elle-même.
Le ZKP garantit :
▪️Complétude : Si vous dites la vérité, la preuve fonctionne toujours.
▪️Solidité : Si vous mentez, la preuve échoue toujours.
▪️Zéro Connaissance : On n'apprend rien d’autre que la vérité de la preuve.
2. ⚡️ Le bouclier Post-Quantique (ZKP)
Le danger des ordinateurs quantiques est leur capacité à casser les algorithmes actuels de Bitcoin basé sur la cryptographie à courbe elliptique (via l’Algorithme de Shor).
▪️Le Problème : Le risque principal concerne la capacité des ordinateurs quantiques à remonter de votre clé publique à votre clé privée après l'envoi d’une transaction.
▪️La Solution ZKP : Les ZKP les plus avancées (comme les zk-STARKs) utilisent des mathématiques différentes dites "post-quantiques". Elles sont conçues pour résister aux capacités de calcul des futurs ordinateurs quantiques.
3. 🌐 La Stratégie d'Avenir : Intégrer les ZKP à Bitcoin
▪️Le Statut Actuel : Aucune intégration ZKP n’est encore active sur le Layer 1 de Bitcoin. Ceci est une voie de développement future étudiée par la communauté.
▪️La Méthode Envisagée : L’intégration pourrait se faire via des couches secondaires (Sidechains ou Layer 2).
▪️Le But : Ces L2 permettraient de verrouiller ses BTC sur le réseau principal pour les utiliser dans un environnement déjà protégé du quantique, sans modifier le code fondamental de Bitcoin.
📌 En résumé : La technologie Zéro Connaissance n’est pas un bouclier actif pour Bitcoin, mais elle est considérée comme la meilleure stratégie pour garantir sa pérennité face au futur de l'informatique.
Question : Entre la Confidentialité (le rôle initial des ZKP) et la Sécurité Anti-Quantique (son potentiel futur), quelle application des ZKP trouvez-vous la plus fascinante ?
Ceci est une analyse informative. Faites toujours vos propres recherches (DYOR) avant d’investir.🤓
#ZKP #Bitcoin #Quantum #InnovationCrypto
Grayscale Confirms: Quantum Computing Is NOT a Threat to $BTC (Yet) 🛡️
Grayscale’s 2026 Digital Asset Outlook, "Dawn of the Institutional Era," just settled a massive security debate. While the theoretical risk of quantum computing undermining blockchain security is acknowledged, their research confirms there is zero near-term market impact. The technology timeline is simply too far out to pose an immediate threat to $BTC . The current security architecture holds strong for the foreseeable future. 🧠
#Grayscale #BitcoinSecurity #CryptoAnalysis #Quantum
✅
Grayscale’s 2026 Digital Asset Outlook, "Dawn of the Institutional Era," just settled a massive security debate. While the theoretical risk of quantum computing undermining blockchain security is acknowledged, their research confirms there is zero near-term market impact. The technology timeline is simply too far out to pose an immediate threat to $BTC . The current security architecture holds strong for the foreseeable future. 🧠
#Grayscale #BitcoinSecurity #CryptoAnalysis #Quantum
✅
Magazine _ What happens to btc when the power goes out?
Big questions: Would Bitcoin survive a 10-year power outage? _ Assuming humans actually survive a decade without computers and microwave brownies — what would happen to Bitcoin?
Meet the onchain crypto detectives fighting crime better than the cops _ Pseudonymity protects them, credibility defines them, and their work determines whether stolen crypto is recovered or lost forever.
#quantum attacking Bitcoin would be a waste of time: Kevin O’Leary _ Kevin O’Leary aka “Mr Wonderful” is skeptical of quantum computing being used to crack Bitcoin’s security features.
Bitcoin’s critical level is $82.5K, Ethereum ‘not done yet’: #TradeSecrets _ A Bitcoin analyst says institutional buying will be critical over the “next week or so,” Ethereum may surge soon: Trade Secrets
Sei wallets in Xiaomi, Bhutan’s gold on Solana: #AsiaExpress _ Sei to preload crypto wallets in Xiaomi smartphones, Bhutan launches gold tokens on Solana and more.
Source: Binance News / Bitdegree / Coindesk / Coinmarketcap / #Cointelegraph / Decrypt
"Place a trade with us via this post mentioned coin's & do support to reach maximum audience by follow, like, comment, share, repost, more such informative content ahead"
$BTC $ETH $SEI
Big questions: Would Bitcoin survive a 10-year power outage? _ Assuming humans actually survive a decade without computers and microwave brownies — what would happen to Bitcoin?
Meet the onchain crypto detectives fighting crime better than the cops _ Pseudonymity protects them, credibility defines them, and their work determines whether stolen crypto is recovered or lost forever.
#quantum attacking Bitcoin would be a waste of time: Kevin O’Leary _ Kevin O’Leary aka “Mr Wonderful” is skeptical of quantum computing being used to crack Bitcoin’s security features.
Bitcoin’s critical level is $82.5K, Ethereum ‘not done yet’: #TradeSecrets _ A Bitcoin analyst says institutional buying will be critical over the “next week or so,” Ethereum may surge soon: Trade Secrets
Sei wallets in Xiaomi, Bhutan’s gold on Solana: #AsiaExpress _ Sei to preload crypto wallets in Xiaomi smartphones, Bhutan launches gold tokens on Solana and more.
Source: Binance News / Bitdegree / Coindesk / Coinmarketcap / #Cointelegraph / Decrypt
"Place a trade with us via this post mentioned coin's & do support to reach maximum audience by follow, like, comment, share, repost, more such informative content ahead"
$BTC $ETH $SEI
Quantum Computing VS Bitcoin Why the Quantum Threat is Overblown
Two Revolutions One Myth
Quantum Computing and Bitcoin represent two of the most transformative technologies of the 21st century one redefining computation the other redefining money A persistent narrative claims that quantum computers will eventually break Bitcoin rendering it obsolete While the concern stems from real science the reality is more nuanced quantum computing is unlikely to defeat Bitcoin Here is why
Understanding the Players
Quantum Computing Beyond Binary
Unlike classical computers that use bits 0s and 1s quantum computers use qubits which can exist in multiple states simultaneously thanks to superposition and entanglement This allows them to solve certain complex problems exponentially faster Their potential is revolutionary for fields like drug discovery material science and optimization
Bitcoin Digital Scarcity
Bitcoin is a decentralized digital currency secured by cryptography and a public ledger called the blockchain Its security relies on
1 Cryptographic hash functions SHA256 for linking blocks
2 Digital signatures ECDSA for authorizing transactions
3 Proof of work consensus for network agreement
The Quantum Threat Narrative
The fear centers on two potential attacks
1 Breaking Elliptic Curve Cryptography
Quantum computers using Shors algorithm could theoretically derive private keys from public keys allowing theft of funds
2 Mining Dominance
Using Grovers algorithm quantum computers could potentially mine Bitcoin faster threatening decentralization
Why Quantum Computing Will Not Kill Bitcoin
1 Bitcoin Is Adaptable
Bitcoin has undergone numerous upgrades such as SegWit and Taproot and can implement quantum resistant cryptography Algorithms like lattice based cryptography already exist and can be integrated long before quantum computers pose a real threat The networks decentralized governance allows for coordinated response to existential risks
2 The Timeline Mismatch
Useful stable quantum computers capable of breaking ECDSA are likely decades away from practical deployment Estimates vary but most experts believe we are 10 to 30 years from cryptographically relevant quantum computers Bitcoin developers have ample time to prepare
3 Not All Bitcoin Is Vulnerable
Even if quantum computers could derive private keys from public keys this only affects exposed public keys Currently only addresses that have been used to spend funds reveal their public key Unspent outputs from P2PKH addresses remain protected by hash functions until they are spent Users could move funds to quantum safe addresses during a transition period
4 Mining Is Not Trivial
Quantum advantage in mining is limited Grovers algorithm offers only a quadratic speedup for hashing meaning quantum computers would need to be extraordinarily efficient to outcompete specialized ASIC miners The economic and energy barriers remain significant
5 The Broader Context
If quantum computers break Bitcoins cryptography they will also break traditional banking SSL TLS encryption and government systems Global urgency to upgrade cryptographic standards would emerge with Bitcoin participating in that transition
The Real Timeline A Race Already Underway
Present Day to 2030s to 2040s plus
Bitcoin development of quantum resistant solutions
Gradual adoption of post quantum cryptography
Classical mining continues dominance
Quantum computers advance in controlled environments
Conclusion Evolution Not Extinction
The relationship between quantum computing and Bitcoin is better framed as a challenge to overcome not a death sentence Bitcoin has survived countless predictions of its demise from regulatory crackdowns to forks to market crashes by adapting
Rather than killing Bitcoin quantum computing might even strengthen it by forcing earlier adoption of advanced cryptographic techniques The narrative that quantum will break Bitcoin underestimates both the resilience of decentralized systems and the foresight of their developers
In the end these two technologies may coexist each pushing the other toward innovation with Bitcoin remaining as ever a step ahead of those who predict its end
#Bitcoin #quantumcomputer #quantum $BTC
Quantum Computing and Bitcoin represent two of the most transformative technologies of the 21st century one redefining computation the other redefining money A persistent narrative claims that quantum computers will eventually break Bitcoin rendering it obsolete While the concern stems from real science the reality is more nuanced quantum computing is unlikely to defeat Bitcoin Here is why
Understanding the Players
Quantum Computing Beyond Binary
Unlike classical computers that use bits 0s and 1s quantum computers use qubits which can exist in multiple states simultaneously thanks to superposition and entanglement This allows them to solve certain complex problems exponentially faster Their potential is revolutionary for fields like drug discovery material science and optimization
Bitcoin Digital Scarcity
Bitcoin is a decentralized digital currency secured by cryptography and a public ledger called the blockchain Its security relies on
1 Cryptographic hash functions SHA256 for linking blocks
2 Digital signatures ECDSA for authorizing transactions
3 Proof of work consensus for network agreement
The Quantum Threat Narrative
The fear centers on two potential attacks
1 Breaking Elliptic Curve Cryptography
Quantum computers using Shors algorithm could theoretically derive private keys from public keys allowing theft of funds
2 Mining Dominance
Using Grovers algorithm quantum computers could potentially mine Bitcoin faster threatening decentralization
Why Quantum Computing Will Not Kill Bitcoin
1 Bitcoin Is Adaptable
Bitcoin has undergone numerous upgrades such as SegWit and Taproot and can implement quantum resistant cryptography Algorithms like lattice based cryptography already exist and can be integrated long before quantum computers pose a real threat The networks decentralized governance allows for coordinated response to existential risks
2 The Timeline Mismatch
Useful stable quantum computers capable of breaking ECDSA are likely decades away from practical deployment Estimates vary but most experts believe we are 10 to 30 years from cryptographically relevant quantum computers Bitcoin developers have ample time to prepare
3 Not All Bitcoin Is Vulnerable
Even if quantum computers could derive private keys from public keys this only affects exposed public keys Currently only addresses that have been used to spend funds reveal their public key Unspent outputs from P2PKH addresses remain protected by hash functions until they are spent Users could move funds to quantum safe addresses during a transition period
4 Mining Is Not Trivial
Quantum advantage in mining is limited Grovers algorithm offers only a quadratic speedup for hashing meaning quantum computers would need to be extraordinarily efficient to outcompete specialized ASIC miners The economic and energy barriers remain significant
5 The Broader Context
If quantum computers break Bitcoins cryptography they will also break traditional banking SSL TLS encryption and government systems Global urgency to upgrade cryptographic standards would emerge with Bitcoin participating in that transition
The Real Timeline A Race Already Underway
Present Day to 2030s to 2040s plus
Bitcoin development of quantum resistant solutions
Gradual adoption of post quantum cryptography
Classical mining continues dominance
Quantum computers advance in controlled environments
Conclusion Evolution Not Extinction
The relationship between quantum computing and Bitcoin is better framed as a challenge to overcome not a death sentence Bitcoin has survived countless predictions of its demise from regulatory crackdowns to forks to market crashes by adapting
Rather than killing Bitcoin quantum computing might even strengthen it by forcing earlier adoption of advanced cryptographic techniques The narrative that quantum will break Bitcoin underestimates both the resilience of decentralized systems and the foresight of their developers
In the end these two technologies may coexist each pushing the other toward innovation with Bitcoin remaining as ever a step ahead of those who predict its end
#Bitcoin #quantumcomputer #quantum $BTC
The Quantum Threat is the Ultimate $BTC Buy Signal 🤯
Willy Woo just dropped a bomb on the quantum computing debate. He argues that if a quantum hack ever triggered a flash crash—specifically by moving Satoshi’s dormant $BTC stash—it wouldn't be the end. Instead, the market’s deepest pockets (the OGs) would view the resulting dip as the ultimate generational buying opportunity. They would instantly absorb the supply, stabilizing the price and confirming $BTC ’s resilience against even the most extreme black swan events. This isn't a threat; it's a stress test for maximum accumulation. 💎
#Bitcoin #WillyWoo #Quantum #Crypto 🧠
Willy Woo just dropped a bomb on the quantum computing debate. He argues that if a quantum hack ever triggered a flash crash—specifically by moving Satoshi’s dormant $BTC stash—it wouldn't be the end. Instead, the market’s deepest pockets (the OGs) would view the resulting dip as the ultimate generational buying opportunity. They would instantly absorb the supply, stabilizing the price and confirming $BTC ’s resilience against even the most extreme black swan events. This isn't a threat; it's a stress test for maximum accumulation. 💎
#Bitcoin #WillyWoo #Quantum #Crypto 🧠
Bitcoin Researchers Eye Post-Quantum Signature Upgrade
Bitcoin vs. Quantum: Researchers are investigating hash-based signatures, a post-quantum cryptography solution, to safeguard $BTC from future quantum threats. However, the implementation debate is intensifying as timelines tighten.
Context in a Nutshell
Bitcoin's cryptography, the bedrock of its security, may eventually face its greatest threat yet: quantum computers. To counter this, researchers are exploring hash-based signature schemes as a post-quantum upgrade. These signatures are built on hash functions, which are far less vulnerable to quantum attacks than today's public-key cryptography, and have been evaluated by the U.S. NIST quantum-cryptography standardization process.
What You Should Know
Bitcoin researchers are studying post-quantum cryptography, specifically hash-based signature schemes, to protect the Bitcoin protocol from future quantum-computer threats. These schemes rely on hash functions, which are widely considered harder for quantum computers to break than today's public-key signatures.A Blockstream research paper by Mikhail Kudinov and Jonas Nick highlights hash-based signatures as a compelling solution because they rest on the same underlying security assumptions already used in much of Bitcoin's cryptography and have been vetted in NIST's post-quantum standardization process.The quantum threat stems from machines that can leverage quantum algorithms to crack classic digital signatures, potentially exposing private keys and hijacking wallets. However, timelines for real-world threats remain a subject of debate among experts.Researchers haven't settled on the best way to implement these signatures; questions remain about efficiency, verification costs, standardization of schemes, and whether validating every past transaction might be necessary.Some older Bitcoin addresses, such as pre-2012 wallets, are especially vulnerable if quantum computing becomes practical, as they were created with less secure cryptography.
Why Does This Matter?
While quantum computers capable of cracking existing signatures remain years or even decades away, and some experts argue that timelines are often overstated, the potential impact is existential: the ability to forge signatures would let attackers steal Bitcoin from vulnerable wallets.
Hash-based signatures provide a path to quantum resistance, but integrating them into Bitcoin is not straightforward. Debates are underway about performance trade-offs, size and validation costs, and how best to transition billions of dollars in existing BTC.
Bitcoin's quantum future is no longer theoretical; work toward a post-quantum upgrade is happening now, and the choices made today could define the network's security for decades to come.
#bitcoin #quantum #CryptoSecurity
Context in a Nutshell
Bitcoin's cryptography, the bedrock of its security, may eventually face its greatest threat yet: quantum computers. To counter this, researchers are exploring hash-based signature schemes as a post-quantum upgrade. These signatures are built on hash functions, which are far less vulnerable to quantum attacks than today's public-key cryptography, and have been evaluated by the U.S. NIST quantum-cryptography standardization process.
What You Should Know
Bitcoin researchers are studying post-quantum cryptography, specifically hash-based signature schemes, to protect the Bitcoin protocol from future quantum-computer threats. These schemes rely on hash functions, which are widely considered harder for quantum computers to break than today's public-key signatures.A Blockstream research paper by Mikhail Kudinov and Jonas Nick highlights hash-based signatures as a compelling solution because they rest on the same underlying security assumptions already used in much of Bitcoin's cryptography and have been vetted in NIST's post-quantum standardization process.The quantum threat stems from machines that can leverage quantum algorithms to crack classic digital signatures, potentially exposing private keys and hijacking wallets. However, timelines for real-world threats remain a subject of debate among experts.Researchers haven't settled on the best way to implement these signatures; questions remain about efficiency, verification costs, standardization of schemes, and whether validating every past transaction might be necessary.Some older Bitcoin addresses, such as pre-2012 wallets, are especially vulnerable if quantum computing becomes practical, as they were created with less secure cryptography.
Why Does This Matter?
While quantum computers capable of cracking existing signatures remain years or even decades away, and some experts argue that timelines are often overstated, the potential impact is existential: the ability to forge signatures would let attackers steal Bitcoin from vulnerable wallets.
Hash-based signatures provide a path to quantum resistance, but integrating them into Bitcoin is not straightforward. Debates are underway about performance trade-offs, size and validation costs, and how best to transition billions of dollars in existing BTC.
Bitcoin's quantum future is no longer theoretical; work toward a post-quantum upgrade is happening now, and the choices made today could define the network's security for decades to come.
#bitcoin #quantum #CryptoSecurity
$176M BTC Whale Just Loaded Up. Quantum Threat Neutralized. 🤯
The smart money is moving. A new address just vacuumed up 1,900 $BTC in the last 72 hours via an OTC desk, valued at a massive $176 million. This isn't retail FOMO; this is serious, calculated accumulation happening off-exchange. Simultaneously, the long-term health of the network just got a major boost. Blockstream researchers are pioneering a hash-based signature solution, effectively building a quantum shield around $BTC to neutralize future computing threats. When institutions are buying heavily while core developers are future-proofing the security model, it signals profound long-term conviction in the asset class.
NFA. DYOR.
#Bitcoin #WhaleAlert #CryptoNews #Quantum
🚀
The smart money is moving. A new address just vacuumed up 1,900 $BTC in the last 72 hours via an OTC desk, valued at a massive $176 million. This isn't retail FOMO; this is serious, calculated accumulation happening off-exchange. Simultaneously, the long-term health of the network just got a major boost. Blockstream researchers are pioneering a hash-based signature solution, effectively building a quantum shield around $BTC to neutralize future computing threats. When institutions are buying heavily while core developers are future-proofing the security model, it signals profound long-term conviction in the asset class.
NFA. DYOR.
#Bitcoin #WhaleAlert #CryptoNews #Quantum
🚀
🖥️🇳🇱 QUANTWARE RAGGIUNGE LA SCALA DI 10.000 QUBITS: UN PUNTO DI SVOLTA PER IL QUANTUM 🖥️🇳🇱
QuantWare, leader olandese nei processori quantistici superconduttori, ha annunciato un breakthrough rivoluzionario: l'architettura VIO-40K, capace di realizzare chip Quantum Processor Unit (QPU) con 10.000 qubit, 100 volte superiori ai sistemi attuali fermi intorno ai 100 qubit.
Per un decennio l'industria quantistica ha lottato con i limiti hardware: crescita lenta (Google da 53 a 105 qubit in 6 anni, IBM a 120), complessità nel collegare piccoli processori e costi elevati.
VIO-40K risolve questi colli di bottiglia con un design 3D a chiplet: stack modulari interconnessi da 40.000 linee I/O ad alta fedeltà, che eliminano il routing esponenziale dei segnali nei chip 2D.
Il risultato?
Più potenza computazionale per dollaro e watt, in un ingombro ridotto rispetto ai sistemi odierni.
Compatibile con qualsiasi qubit superconduttore, VIO-40K adotta lo standard Quantum Open Architecture (QOA) e si integra con NVIDIA NVQLink e CUDA-Q, unendo quantum hyperscale a computing classico ad alta throughput per applicazioni fault-tolerant.
Ideale per chimica, materiali, energia e drug discovery.
Per supportare la produzione, QuantWare costruisce Kilofab a Delft (NL), fab dedicata QOA operativa nel 2026, che moltiplicherà la capacità x20.
QuantWare, già top supplier per volume, spedirà i primi VIO-40K nel 2028 (costo stimato ~50M€ per chip).
Il CEO Matt Rijlaarsdam ha dichiarato: "Eliminato il limite di scala, ora quantum computing diventa economicamente viable".
QuantWare fissa il nuovo standard industriale.
#breakingnews #quantum
QuantWare, leader olandese nei processori quantistici superconduttori, ha annunciato un breakthrough rivoluzionario: l'architettura VIO-40K, capace di realizzare chip Quantum Processor Unit (QPU) con 10.000 qubit, 100 volte superiori ai sistemi attuali fermi intorno ai 100 qubit.
Per un decennio l'industria quantistica ha lottato con i limiti hardware: crescita lenta (Google da 53 a 105 qubit in 6 anni, IBM a 120), complessità nel collegare piccoli processori e costi elevati.
VIO-40K risolve questi colli di bottiglia con un design 3D a chiplet: stack modulari interconnessi da 40.000 linee I/O ad alta fedeltà, che eliminano il routing esponenziale dei segnali nei chip 2D.
Il risultato?
Più potenza computazionale per dollaro e watt, in un ingombro ridotto rispetto ai sistemi odierni.
Compatibile con qualsiasi qubit superconduttore, VIO-40K adotta lo standard Quantum Open Architecture (QOA) e si integra con NVIDIA NVQLink e CUDA-Q, unendo quantum hyperscale a computing classico ad alta throughput per applicazioni fault-tolerant.
Ideale per chimica, materiali, energia e drug discovery.
Per supportare la produzione, QuantWare costruisce Kilofab a Delft (NL), fab dedicata QOA operativa nel 2026, che moltiplicherà la capacità x20.
QuantWare, già top supplier per volume, spedirà i primi VIO-40K nel 2028 (costo stimato ~50M€ per chip).
Il CEO Matt Rijlaarsdam ha dichiarato: "Eliminato il limite di scala, ora quantum computing diventa economicamente viable".
QuantWare fissa il nuovo standard industriale.
#breakingnews #quantum
#crypto #AI #quantum #usa #macro
Trump's new national security strategy does not mention cryptocurrencies and blockchain, despite his previous calls to make the United States a global crypto hub. The plan focuses on AI and quantum computing as core national interests, and states that the United States will provide world-leading technologies and standards in AI, biotechnology, and quantum computing.
Trump's new national security strategy does not mention cryptocurrencies and blockchain, despite his previous calls to make the United States a global crypto hub. The plan focuses on AI and quantum computing as core national interests, and states that the United States will provide world-leading technologies and standards in AI, biotechnology, and quantum computing.
1 Minute Letter _ “We can buy more BTC" - Michael Saylor
#US bank regulator clears national banks to facilitate crypto transactions _ The guidance confirms that facilitating customer crypto trades falls within the “business of banking,” expanding the range of activities that national banks may offer under existing law.
#quantum attacking Bitcoin would be a waste of time: Kevin O’Leary _ Kevin O’Leary aka “Mr Wonderful” is skeptical of quantum computing being used to crack Bitcoin’s security features.
Bitcoin’s back above $94K: Is the BTC #Bullrun back on? _ Bitcoin bulls recaptured the $94,000 level, but BTC volume data raises doubts about the duration of the upmove. Will bulls provide the necessary momentum?
Ethereum network sees 62% drop in #fees : Is ETH price at risk? _ Ethereum’s base layer demand softened in November, but ETH’s underlying price supports and strong layer-2 growth show the network still has momentum despite a drop in fees and TVL.
Source: Binance News / Bitdegree / Coindesk / Coinmarketcap / #Cointelegraph / Decrypt
"Place a trade with us via this post mentioned coin's & do support to reach maximum audience by follow, like, comment, share, repost, more such informative content ahead"
$BTC $ETH
#US bank regulator clears national banks to facilitate crypto transactions _ The guidance confirms that facilitating customer crypto trades falls within the “business of banking,” expanding the range of activities that national banks may offer under existing law.
#quantum attacking Bitcoin would be a waste of time: Kevin O’Leary _ Kevin O’Leary aka “Mr Wonderful” is skeptical of quantum computing being used to crack Bitcoin’s security features.
Bitcoin’s back above $94K: Is the BTC #Bullrun back on? _ Bitcoin bulls recaptured the $94,000 level, but BTC volume data raises doubts about the duration of the upmove. Will bulls provide the necessary momentum?
Ethereum network sees 62% drop in #fees : Is ETH price at risk? _ Ethereum’s base layer demand softened in November, but ETH’s underlying price supports and strong layer-2 growth show the network still has momentum despite a drop in fees and TVL.
Source: Binance News / Bitdegree / Coindesk / Coinmarketcap / #Cointelegraph / Decrypt
"Place a trade with us via this post mentioned coin's & do support to reach maximum audience by follow, like, comment, share, repost, more such informative content ahead"
$BTC $ETH
AI Will Control 5% of DeFi By 2026
We are standing at the inflection point where true AI utility meets decentralized finance. The prediction for 2026 is not just about trading bots; it is a fundamental shift in infrastructure.
AI agents are moving beyond simple lending optimization. They are set to manage complex yield strategies, "vibe-code" smart contracts, and potentially control a significant chunk of the DeFi ecosystem. This intense demand for autonomous intelligence will create massive opportunities in verification, transparency, and reputation layers—look for standards like ERC-8004 to become critical registries.
The true breakout use case remains prediction markets. Machine learning is poised to productize prediction market vaults, offering sophisticated liquidity provisioning and yield farming opportunities that dwarf current models. This is where the real value is being built.
Crucially, the future favors Decentralized AI. Developers are opting for efficient, open-source, and distributed setups, accelerating platforms like $VIRTUAL. Domain-specific, smaller models will outperform the large, centralized systems, driving Decentralized AI’s value proposition exponentially.
While enterprise adoption of crypto remains sluggish, focus on privacy-preserving and compliance-ready solutions. These will be the conduits for institutional capital, eventually propelling large-scale robotics, data collection, and identity systems built on $BTC infrastructure. Expect Quantum Computing to emerge as a key narrative, demanding quantum-resistant coins and defining the next security frontier.
Disclaimer: This is not financial advice. Do your own research.
#Aİ #DeFi #PredictionMarkets #Quantum #VIRTUAL
🚀
We are standing at the inflection point where true AI utility meets decentralized finance. The prediction for 2026 is not just about trading bots; it is a fundamental shift in infrastructure.
AI agents are moving beyond simple lending optimization. They are set to manage complex yield strategies, "vibe-code" smart contracts, and potentially control a significant chunk of the DeFi ecosystem. This intense demand for autonomous intelligence will create massive opportunities in verification, transparency, and reputation layers—look for standards like ERC-8004 to become critical registries.
The true breakout use case remains prediction markets. Machine learning is poised to productize prediction market vaults, offering sophisticated liquidity provisioning and yield farming opportunities that dwarf current models. This is where the real value is being built.
Crucially, the future favors Decentralized AI. Developers are opting for efficient, open-source, and distributed setups, accelerating platforms like $VIRTUAL. Domain-specific, smaller models will outperform the large, centralized systems, driving Decentralized AI’s value proposition exponentially.
While enterprise adoption of crypto remains sluggish, focus on privacy-preserving and compliance-ready solutions. These will be the conduits for institutional capital, eventually propelling large-scale robotics, data collection, and identity systems built on $BTC infrastructure. Expect Quantum Computing to emerge as a key narrative, demanding quantum-resistant coins and defining the next security frontier.
Disclaimer: This is not financial advice. Do your own research.
#Aİ #DeFi #PredictionMarkets #Quantum #VIRTUAL
🚀
🖥️🇨🇳 CHINA UNLEASHES THE FUTURE: THE FIRST ATOMIC QUANTUM COMPUTER GOES ON SALE! ⚛️🚀
China has officially launched the world’s first atomic-based quantum computer for commercial sale — a technology that until now existed only inside elite research labs and secret projects 😱💥
Unlike traditional superconducting or ion-trap quantum systems, this machine uses individual atoms trapped in optical lattices, where each atom acts as an ultra-stable qubit with record-breaking coherence times ⚡🧬
🔥 What it can already do: — Simulate complex molecules
— Power next-gen quantum cryptography 🔐
— Solve extreme optimization problems that push classical supercomputers to their limits 💻⚡
Thanks to ultra-precision lasers controlling single atoms, developers have achieved unprecedented accuracy, making atomic qubits reliable enough for real-world scientific and industrial use 🔬✨
For the first time ever, universities, companies and research centers can buy a full atomic quantum computer without relying on cloud access 🤯🚀
🚀 This changes everything: — Breakthrough drug discovery 💊
— New super-materials 🧪
— Massive acceleration in AI 🤖
— Quantum-level cybersecurity 🛡️⚡
The global quantum race has officially begun — and the future is arriving faster than expected… 🌍💥
#quantum #quantumcomputing #china #ai #future ⚡🚀 $AI $FET
China has officially launched the world’s first atomic-based quantum computer for commercial sale — a technology that until now existed only inside elite research labs and secret projects 😱💥
Unlike traditional superconducting or ion-trap quantum systems, this machine uses individual atoms trapped in optical lattices, where each atom acts as an ultra-stable qubit with record-breaking coherence times ⚡🧬
🔥 What it can already do: — Simulate complex molecules
— Power next-gen quantum cryptography 🔐
— Solve extreme optimization problems that push classical supercomputers to their limits 💻⚡
Thanks to ultra-precision lasers controlling single atoms, developers have achieved unprecedented accuracy, making atomic qubits reliable enough for real-world scientific and industrial use 🔬✨
For the first time ever, universities, companies and research centers can buy a full atomic quantum computer without relying on cloud access 🤯🚀
🚀 This changes everything: — Breakthrough drug discovery 💊
— New super-materials 🧪
— Massive acceleration in AI 🤖
— Quantum-level cybersecurity 🛡️⚡
The global quantum race has officially begun — and the future is arriving faster than expected… 🌍💥
#quantum #quantumcomputing #china #ai #future ⚡🚀 $AI $FET
🚨 Trump’s New Security Blueprint Misses Bitcoin — AI & Quantum Take the Spotlight
The latest national security blueprint from Donald Trump has raised eyebrows in the crypto community. While the document highlights major future-driven technologies like Artificial Intelligence 🤖 and Quantum Computing ⚛️, one key innovation is noticeably absent: Bitcoin ₿.
Many analysts believe Bitcoin plays an increasingly important role in global financial security, digital sovereignty, and decentralized resilience. Yet its omission signals that U.S. policy may still be underestimating the strategic value of decentralized digital assets.
Meanwhile, AI and Quantum advancements continue to push the boundaries of national power, cybersecurity, and global competition — areas where blockchain could also have a significant impact.
For crypto investors, the message is clear:
The world’s technology priorities are shifting fast — but Bitcoin remains a force that policymakers can’t ignore for long. 🚀
#Bitcoin #CryptoNews #Blockchain #AI #Quantum
$BTC
$BNB
$SOL
The latest national security blueprint from Donald Trump has raised eyebrows in the crypto community. While the document highlights major future-driven technologies like Artificial Intelligence 🤖 and Quantum Computing ⚛️, one key innovation is noticeably absent: Bitcoin ₿.
Many analysts believe Bitcoin plays an increasingly important role in global financial security, digital sovereignty, and decentralized resilience. Yet its omission signals that U.S. policy may still be underestimating the strategic value of decentralized digital assets.
Meanwhile, AI and Quantum advancements continue to push the boundaries of national power, cybersecurity, and global competition — areas where blockchain could also have a significant impact.
For crypto investors, the message is clear:
The world’s technology priorities are shifting fast — but Bitcoin remains a force that policymakers can’t ignore for long. 🚀
#Bitcoin #CryptoNews #Blockchain #AI #Quantum
$BTC
$BNB
$SOL
🖥️🇨🇳 CINA LANCIA IL PRIMO COMPUTER QUANTISTICO ATOMICO AL MONDO: INIZIA UNA NUOVA ERA TECNOLOGICA 🖥️🇨🇳
La Cina ha ufficialmente iniziato la vendita del primo computer quantistico basato su atomi, segnando una svolta storica: per la prima volta, una tecnologia finora confinata ai laboratori sperimentali entra nel mercato commerciale.
Diversamente dai tradizionali sistemi quantistici superconduttori o ion-trap, questa macchina utilizza atomi individuali intrappolati in reticoli ottici.
Ogni atomo funge da qubit estremamente stabile, con tempi di coerenza nettamente superiori, riducendo drasticamente gli errori che finora limitavano la profondità dei calcoli quantistici.
Le prime dimostrazioni mostrano capacità impressionanti: simulazioni molecolari, crittografia quantistica e problemi di ottimizzazione che spingono i supercomputer classici al loro limite.
Grazie ai laser ultraprecisi che manipolano singoli atomi, gli sviluppatori hanno raggiunto un controllo senza precedenti, rendendo i qubit atomici straordinariamente affidabili per applicazioni scientifiche e industriali reali.
Per la prima volta, università, aziende e centri di ricerca possono acquistare un computer quantistico atomico completo, senza doversi connettere via cloud.
Ciò apre la strada a nuovi orizzonti: scoperta di farmaci, ricerca su materiali avanzati, accelerazione dell’intelligenza artificiale e cybersecurity di nuova generazione.
Gli analisti avvertono che questa innovazione potrebbe accelerare la corsa quantistica globale, ridefinendo gli equilibri tecnologici e strategici del mondo nei prossimi decenni.
#quantumcomputers #quantum #china
La Cina ha ufficialmente iniziato la vendita del primo computer quantistico basato su atomi, segnando una svolta storica: per la prima volta, una tecnologia finora confinata ai laboratori sperimentali entra nel mercato commerciale.
Diversamente dai tradizionali sistemi quantistici superconduttori o ion-trap, questa macchina utilizza atomi individuali intrappolati in reticoli ottici.
Ogni atomo funge da qubit estremamente stabile, con tempi di coerenza nettamente superiori, riducendo drasticamente gli errori che finora limitavano la profondità dei calcoli quantistici.
Le prime dimostrazioni mostrano capacità impressionanti: simulazioni molecolari, crittografia quantistica e problemi di ottimizzazione che spingono i supercomputer classici al loro limite.
Grazie ai laser ultraprecisi che manipolano singoli atomi, gli sviluppatori hanno raggiunto un controllo senza precedenti, rendendo i qubit atomici straordinariamente affidabili per applicazioni scientifiche e industriali reali.
Per la prima volta, università, aziende e centri di ricerca possono acquistare un computer quantistico atomico completo, senza doversi connettere via cloud.
Ciò apre la strada a nuovi orizzonti: scoperta di farmaci, ricerca su materiali avanzati, accelerazione dell’intelligenza artificiale e cybersecurity di nuova generazione.
Gli analisti avvertono che questa innovazione potrebbe accelerare la corsa quantistica globale, ridefinendo gli equilibri tecnologici e strategici del mondo nei prossimi decenni.
#quantumcomputers #quantum #china
Top stories of the day:
#Fed 'eral Reserve's December Rate Cut Probability at 86.2%, CME Data Shows
#US Economic Outlook Promising, Says National Economic Council Director
#quantum Computing's Threat to Cryptography Overstated, Report Finds
Source: #BinanceNews / Bitdegree / Coindesk / Coinmarketcap / Cointelegraph / Decrypt
"Place a trade with us via this post mentioned coin's & do support to reach maximum audience by follow, like, comment, share, repost, more such informative content ahead"
#Fed 'eral Reserve's December Rate Cut Probability at 86.2%, CME Data Shows
#US Economic Outlook Promising, Says National Economic Council Director
#quantum Computing's Threat to Cryptography Overstated, Report Finds
Source: #BinanceNews / Bitdegree / Coindesk / Coinmarketcap / Cointelegraph / Decrypt
"Place a trade with us via this post mentioned coin's & do support to reach maximum audience by follow, like, comment, share, repost, more such informative content ahead"
Quantum isn’t “coming someday” it’s already rewriting the rules and Web3 needs a security layer built for this new era.
That’s exactly where @QbitCompute steps in. $Qbit is building the quantum layer for Web3, starting with the QBIT Wallet App, the first wallet secured by true quantum entropy. Your keys aren’t generated by algorithms, they’re forged from unpredictable quantum behavior that no machine, not even a future quantum computer, can reverse-engineer.
Privacy also evolves with Q-Chat, using Blast Entropy Technology to create one-time quantum encryption keys on each device. No exchange. No exposure. No central storage. Just pure quantum-secure communication.
Their new website is live giving the first full glimpse of this ecosystem, and a brand-new Qubit dApp with upgraded tech is on the way.
QBIT season starts now. The quantum standard begins here
$QBIT #Quantum
That’s exactly where @QbitCompute steps in. $Qbit is building the quantum layer for Web3, starting with the QBIT Wallet App, the first wallet secured by true quantum entropy. Your keys aren’t generated by algorithms, they’re forged from unpredictable quantum behavior that no machine, not even a future quantum computer, can reverse-engineer.
Privacy also evolves with Q-Chat, using Blast Entropy Technology to create one-time quantum encryption keys on each device. No exchange. No exposure. No central storage. Just pure quantum-secure communication.
Their new website is live giving the first full glimpse of this ecosystem, and a brand-new Qubit dApp with upgraded tech is on the way.
QBIT season starts now. The quantum standard begins here
$QBIT #Quantum
How Quantum Computing Threatens Bitcoin
Bitcoin’s security model relies on cryptographic algorithms, specifically:
SHA-256: Used for mining and hashing.
Elliptic Curve Digital Signature Algorithm (ECDSA): Used for wallet private keys and transactions.
Quantum computers could theoretically break these algorithms because they can solve complex mathematical problems exponentially faster. If a sufficiently powerful quantum computer is developed:
Wallet private keys could be reverse-engineered.
Transactions could be tampered with.
---
2. Is Satoshi Nakamoto’s Absence a Problem?
Even though Satoshi Nakamoto is absent, Bitcoin’s open-source nature is its greatest strength.
Bitcoin Core Developers and the community collaboratively fix system bugs and vulnerabilities.
Updates and forks to the Bitcoin protocol are implemented through community consensus.
---
3. Solutions to the Quantum Threat
Bitcoin and blockchain technology can be upgraded to become quantum-resistant. Some possible solutions include:
A. Post-Quantum Cryptography
Cryptographers are developing new cryptographic algorithms that are resistant to quantum computing attacks.
Examples include lattice-based cryptography or hash-based cryptography.
B. Soft Forks and Upgrades
Bitcoin’s code can be updated through a soft fork to implement quantum-resistant cryptography.
This would require consensus within the Bitcoin community.
C. Multi-Signature Wallets (Temporary Solution)
Advanced wallets are already using multi-signature and threshold cryptography, which provide additional layers of security.
D. Quantum-Resistant Blockchains
Some new blockchains are being designed with quantum resistance from the ground up (e.g., Quantum Ledger, QANplatform, etc.).
---
4. Bitcoin Community’s Approach
The Bitcoin community takes this threat seriously, but practical quantum computing is still a long way off:
Current quantum computers are noisy and can only solve small-scale problems.
Experts estimate that it may take 10-20 years to develop powerful quantum computers capable of breaking Bitcoin’s cryptographic algorithms.
Developers and cryptographers are already working on future quantum-resistant upgrades to prepare for this eventuality.
---
Conclusion
Quantum computing does pose a potential threat to Bitcoin, but solutions, such as advanced cryptography and consensus-driven upgrades, can address this challenge. Satoshi Nakamoto’s absence does not hinder progress because Bitcoin is decentralized and open-source. The developer community is capable of finding solutions to secure Bitcoin for the future.
#BitcoinKeyZone
#SuiHitsNewATH
#USUALSpotLaunch
#Quantum
$BTC
SHA-256: Used for mining and hashing.
Elliptic Curve Digital Signature Algorithm (ECDSA): Used for wallet private keys and transactions.
Quantum computers could theoretically break these algorithms because they can solve complex mathematical problems exponentially faster. If a sufficiently powerful quantum computer is developed:
Wallet private keys could be reverse-engineered.
Transactions could be tampered with.
---
2. Is Satoshi Nakamoto’s Absence a Problem?
Even though Satoshi Nakamoto is absent, Bitcoin’s open-source nature is its greatest strength.
Bitcoin Core Developers and the community collaboratively fix system bugs and vulnerabilities.
Updates and forks to the Bitcoin protocol are implemented through community consensus.
---
3. Solutions to the Quantum Threat
Bitcoin and blockchain technology can be upgraded to become quantum-resistant. Some possible solutions include:
A. Post-Quantum Cryptography
Cryptographers are developing new cryptographic algorithms that are resistant to quantum computing attacks.
Examples include lattice-based cryptography or hash-based cryptography.
B. Soft Forks and Upgrades
Bitcoin’s code can be updated through a soft fork to implement quantum-resistant cryptography.
This would require consensus within the Bitcoin community.
C. Multi-Signature Wallets (Temporary Solution)
Advanced wallets are already using multi-signature and threshold cryptography, which provide additional layers of security.
D. Quantum-Resistant Blockchains
Some new blockchains are being designed with quantum resistance from the ground up (e.g., Quantum Ledger, QANplatform, etc.).
---
4. Bitcoin Community’s Approach
The Bitcoin community takes this threat seriously, but practical quantum computing is still a long way off:
Current quantum computers are noisy and can only solve small-scale problems.
Experts estimate that it may take 10-20 years to develop powerful quantum computers capable of breaking Bitcoin’s cryptographic algorithms.
Developers and cryptographers are already working on future quantum-resistant upgrades to prepare for this eventuality.
---
Conclusion
Quantum computing does pose a potential threat to Bitcoin, but solutions, such as advanced cryptography and consensus-driven upgrades, can address this challenge. Satoshi Nakamoto’s absence does not hinder progress because Bitcoin is decentralized and open-source. The developer community is capable of finding solutions to secure Bitcoin for the future.
#BitcoinKeyZone
#SuiHitsNewATH
#USUALSpotLaunch
#Quantum
$BTC
နောက်ထပ်အကြောင်းအရာများကို စူးစမ်းလေ့လာရန် အကောင့်ဝင်ပါ