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This article addresses the critical need for adaptable cryptographic architectures in tokenized finance, specifically preparing for future threats posed by quantum computing rather than reacting to immediate hardware availability. It argues that because digital assets often represent long-term legal and economic rights, their underlying infrastructure must be designed with forward-looking security protocols to prevent obsolescence when encryption standards evolve.

Source coveringThe Quantum Insider

What this isA model's reading of the article and related coverage, written for aiqbench. Not the publisher's words.

Guest Post: How Tokenized Finance Can Prepare for Post-Quantum Security

The Quantum InsiderSeptember 8, 20266 min read

Guest Post by Edwin Mata, Co-Founder and CEO of Brickken Building financial infrastructure is strange: you have to make decisions today for assets that may still exist long after the underlying technology has changed. That is especially true in tokenization because a bond issued on-chain today might mature in twenty years. An interest in a […]

Building financial infrastructure is strange: you have to make decisions today for assets that may still exist long after the underlying technology has changed. That is especially true in tokenization because a bond issued on-chain today might mature in twenty years. An interest in a private company could sit on a cap table for decades. Real estate, private credit, funds and other assets being brought on-chain involve legal rights and economic relationships that can persist for a very long time. So when we talk about quantum computing and finance, I think the useful question is not when a sufficiently powerful quantum computer will arrive. I do not know,…

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