As we continue to delegate more infrastructure operations to artificial intelligence (AI), quantum computers are advancing towards Q-day (i.e., the day when quantum computers can break current encryption methods). This could compromise the security of digital communications, as well as autonomous control systems that use AI and ML to make decisions. As AI and quantum converge to reveal extraordinary novel technologies, they will also combine to …

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AI Kuru, cybersecurity and quantum computing

Quantum computing has long been a topic of intense research and debate, particularly regarding its potential impact on current cryptographic systems. The post The Race is on to Solve the Quantum Computing Security Challenge appeared first on Security Boulevard.

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The Race is on to Solve the Quantum Computing Security Challenge

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AI Kuru, cybersecurity and quantum computing - Help Net Security

The world’s fastest supercomputer, El Capitan, has raised concerns about its potential impact on the blockchain industry, as it can perform 2.79 quadrillion calculations per second. However, blockchain security experts argue that fears of it breaking down networks like Bitcoin and Ethereum are unfounded. While a supercomputer like El Capitan could take 10 billion years to brute force a 256-bit private key, quantum computing poses a more signific…

coinbuzzfeed.com

Quantum Computers: The Future Threat To Cryptocurrency Security

As we continue to delegate more infrastructure operations to artificial intelligence (AI), quantum computers are advancing towards Q-day (i.e., the day when quantum computers can break current encryption methods). This could compromise the security of digital communications, as well as autonomous control systems that use AI and ML to make decisions.   As AI and quantum converge to reveal extraordinary novel technologies, they will also combine t…

cybernoz.com

AI Kuru, Cybersecurity And Quantum Computing

As the world approaches the age of powerful quantum computers, traditional encryption methods are facing an impending risk. Markus Pflitsch, CEO of Terra Quantum AG, warns that quantum technologies will soon be able to crack any standard encryption method, posing a significant threat to data security. To prepare for this change, introducing quantum-resistant cryptographic methods such as post-quantum cryptography (PQC) and quantum key distributi…

quantumzeitgeist.com

Quantum Computers Threaten Global Security, Markus Pflitsch, CEO Of Terra Quantum Warns Of Looming Risks

Key news points: Quantum computing poses serious risks to blockchain security, but it also offers opportunities for innovation. Shor and Grover algorithms could disrupt the current security of blockchains, affecting private keys, digital signatures, and hash functions. Despite the risks, quantum computing could also optimize processes within blockchains and encourage the creation of new safer consensus models. Quantum computing, with its ability…

Puntos clave de la noticia: 
La computación cuántica plantea serios riesgos para la seguridad de las blockchains, pero también ofrece oportunidades para la innovación.  Los algoritmos de Shor y Grover, podrían quebrantar la seguridad actual de las blockchains, afectando claves privadas, firmas digitales y funciones hash. 
A pesar de los riesgos, la computación cuántica también podría optimizar procesos dentro de las blockchains y fomentar la cre…

Computación Cuántica y Blockchain: ¿Amenaza o Oportunidad? - Crypto Economy ESP

Crypto Economy

Quantum Computing and Blockchain: Threat or Opportunity? - Crypto Economy ESP

NIST has released its first set of finalized encryption standards designed to withstand the potential threats posed by quantum computers. The post NIST Finalizes Post-Quantum Encryption Standards appeared first on RTInsights.

AI Kuru, cybersecurity and quantum computing - Help Net Security

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