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US Government Says Post-Quantum World Is Getting Closer, CISA Warns Contemporary Encryption Could Break – Technology Bitcoin News

Bitcoin vs. Quantum Computers: US Government Says Post-Quantum World Is Getting Closer, CISA Warns Contemporary Encryption Could Break

According to the U.S. Cybersecurity and Infrastructure Security Agency (CISA), while quantum computers are incapable of breaking public key encryption algorithms, public and private entities need to prepare for future threats against cryptography that is not quantum resistant. Most of today’s digital communications, including cryptocurrencies, leverage public key encryption and CISA believes when “quantum computers reach higher levels of computing power and speed, they will be capable of breaking the public key cryptography algorithms that are in use today.”

US Government Warns Nation-States and Private Companies Are Actively Pursuing Quantum Computing Methods That Could Threaten Current Cryptographic Standards

Cryptocurrencies that leverage contemporary encryption techniques could be broken by quantum computers someday, alongside other digital communications like email, messaging services, and online banking. That’s according to a recent CISA report published at the end of August. The U.S. government entity stresses in the report that a transition to post-quantum cryptography is necessary. “Do not wait until the quantum computers are in use by our adversaries to act,” CISA’s report details. “Early preparations will ensure a smooth migration to the post-quantum cryptography standard once it is available.”

Bitcoin vs. Quantum Computers: US Government Says Post-Quantum World Is Getting Closer, CISA Warns Contemporary Encryption Could Break
A qubit (or quantum bit) is the quantum mechanical version of contemporary bits used by most computers today.

Discussions about whether or not quantum computing will be able to break public key encryption have been taking place since scientists made progress entangling the first pair of quantum bits (qubits) back in 1998. Quantum computers utilize intricate physics in order to calculate powerful equations related to today’s contemporary crypto and mathematical systems. Since 1998, super quantum computers have improved with 14 calcium ion qubits entangled in 2011, 16 superconducting qubits in 2018, and 18 entangled qubits in 2018. CISA says quantum computers will create new opportunities but the tech also leads to negative consequences in terms of encryption security.

“Nation-states and private companies are actively pursuing the capabilities of quantum computers,” CISA’s report details. “Quantum computing opens up exciting new possibilities; however, the consequences of this new technology include threats to the current cryptographic standards.”

While Researchers Say Bitcoin’s Public Key Technology Leverages…

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