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Ignoring quantum threats in CBDC design is reckless

The real threat of a CBDC lies in quantum computing vulnerabilities. Developing a quantum-resistant design should be a priority for the United States.

In a newly released and otherwise crypto-friendly portion of its 2024 platform, the Republican Party echoed a common concern about a potential United States central bank digital currency (CBDC): the possibility that this might take the form of a privacy-invading state surveillance mechanism. What we should be more concerned about is a CBDC built on technical rails that can be infiltrated and exploited by our adversaries.

Despite political opposition, a CBDC in this country is a realistic future possibility. Interest is growing steadily among central banks and financial institutions worldwide. Designing one that is resilient to a cyberattack based on what’s known as Shor’s algorithm — a powerful tool set to become much more practical as quantum computing takes hold in the coming years — is a matter of vital interest. Without post-quantum technology underpinning the future of our monetary system, the country’s economic security and financial privacy is vulnerable to foreign interference.

As a digital liability of the Federal Reserve, a CBDC would be comparable to a digital version of a dollar bill. From a credit and liability risk standpoint, such an innovation would be the safest of its kind in the kaleidoscope of digital assets available to the general public. In theory, it would exist alongside fiat currency, commercial bank money, and privately issued digital assets, thereby adding a weighty, government-backed option to a diversity of payment choices for the public.

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DARPA release highlights difficulty in developing quantum finance solutions

Quantum computing for finance is proving to be one of the harder problems for scientists in the field.

Researchers from a number of prestigious laboratories throughout the United States, including MIT’s Lincoln laboratory, NASA, and the Los Alamos National Laboratory, recently collaborated with a government program to identify and benchmark key areas for quantum computing researchers to focus on. 

The U.S. government’s military think tank, the Defense Advanced Research Projects Agency (DARPA) led the research. Its purported purpose was to provide an overview of current and future quantum computing capabilities in areas such as chemistry and material science. But, in the field most related to future finance and fintech applications, the team wasn’t able to determine if quantum computing could provide a clear advantage.

Scientists believe quantum computing will one day demonstrate a clear advantage (called “quantum advantage” or “quantum supremacy”) over classical, binary computers in a variety of different computations.

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Digital Scarcity — Billionaire Michael Dell and Michael Saylor Exchange Dialogue on Bitcoin

Digital Scarcity — Billionaire Michael Dell and Michael Saylor Exchange Dialogue on BitcoinOn June 20, Michael Dell, the Chief Executive Officer of Dell, the American technology company known for developing, selling, repairing, and supporting computers and related products and services, shared his thoughts on bitcoin via the social media platform X. This interaction began with a response from Michael Saylor, the founder of Microstrategy. Dell CEO Michael […]

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Professor From Ripple Research Initiative Urges Crypto Firms Transition to Quantum-Resistant Tech Immediately

Professor From Ripple Research Initiative Urges Crypto Firms Transition to Quantum-Resistant Tech Immediately

A mathematics professor and cryptography expert thinks crypto firms need to prioritize setting up defenses against the threat of future quantum attacks. In a new interview with Ripple, Dr. Massimiliano Sala, a professor at the University of Trento in Italy, warns that future quantum computers could “easily solve problems that are foundational to digital signatures,” […]

The post Professor From Ripple Research Initiative Urges Crypto Firms Transition to Quantum-Resistant Tech Immediately appeared first on The Daily Hodl.

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Quantum Computing Poses Critical Threats to Blockchain Security, Warns Expert

Quantum Computing Poses Critical Threats to Blockchain Security, Warns ExpertProfessor Massimiliano Sala, a professor of Mathematics at the University of Trento, warns that quantum computing poses significant threats to blockchain security. He highlights that quantum computers could solve problems foundational to digital signatures, compromising user assets on blockchain platforms. To mitigate these risks, Sala emphasizes the need to transition to quantum-resistant cryptographic systems. He […]

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Ripple publishes math prof’s warning: ‘public-key cryptosystems should be replaced’

Mathematician Massimiliano Sala says current encryption methods won’t protect blockchain systems from quantum computers.

Professor Massimiliano Sala, of the University of Trento in Italy, recently discussed the future of blockchain technology, as it relates to encryption and quantum computing, with the crew at Ripple as part of the company’s ongoing university lecture series. 

Sala’s discussion focused on the potential threat posed by quantum computers as the technology matures. According to the professor, current encryption methods could be easy for tomorrow’s quantum computers to solve, thus putting entire blockchains at risk.

Per Sala:

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Harvard built hacker-proof quantum network in Boston using existing fiber cable

According to the scientists, the 22-mile distance between nodes is the longest quantum fiber network to date.

Physicists at Harvard University have built what they believe is the world’s longest secure quantum communications network using 22 miles of currently existing fiber-optic cables.

The experiment, published in the scientific journal Nature, connected two functional quantum computer nodes to each other through a strange physical phenomenon called “entanglement.” This allowed them to share data across the 22-mile distance in a paradigm that, according to the laws of physics, is unhackable.

The world is currently embroiled in a technological race to shore up global computer security ahead of “Q Day,” a hypothetical point in the near future when bad actors will have access to quantum computers powerful enough to shred current encryption methods.

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QANplatform launches world’s first quantum-resistant, EVM-compatible testnet

Quantum computers will be able to crack today’s main cryptographic algorithms employed by the whole internet, including banking applications, email providers, and social media platforms.

QANplatform launched the world’s first quantum-resistant blockchain testnet compatible with the Ethereum Virtual Machine (EVM), enabling the development of quantum-resistant smart contracts.

The new testnet will enable developers to write smart contracts using any programming language, according to QANplatform’s announcement shared with Cointelegraph.

This marks the first EVM-compatible testnet with quantum-resistant cybersecurity, according to Johann Polecsak, co-founder and CTO of QANplatform, who told Cointelegraph:

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Q-Day approaching: Can Ethereum survive a quantum emergency?

Quantum computing is the next most significant disruptive technological leap and its rapid evolution and funding will soon make it a reality.

Quantum computing may seem like science fiction, but it may come sooner than expected. 

On Jan. 11, 2024, the World Economic Forum identified artificial intelligence (AI) and quantum computing as emerging threats in a report exploring how quantum computing could threaten the existing tech landscape.

While computer scientists and developers agree that quantum computing will still take some years to develop, research in the field is very active.

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Existing Blockchains Can’t Adopt Post-Quantum Cryptography Without Significant User Impact, Says Johann Polecsak

Existing Blockchains Can’t Adopt Post-Quantum Cryptography Without Significant User Impact, Says Johann PolecsakAs the prospect of quantum computers breaking today’s cybersecurity standards edges ever closer, Johann Polecsak, co-founder of the QAN blockchain platform, argues that public blockchains such as Bitcoin, Ethereum, and Solana are still ill-equipped to adopt post-quantum cryptography without significant user impact. Post-Quantum Migration Risks Polecsak, an advocate for heightened awareness of imminent quantum attacks, […]

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