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NIST Certified cryptographic keys via deep-learning of aerogel PUFs

NIST Certified cryptographic keys via deep-learning of aerogel PUFs

by fratax | Oct 29, 2020 | ai photonics, cryptography

Physical unclonable functions (PUFs) are complex physical objects that aim at overcoming the vulnerabilities of traditional cryptographic keys, promising a robust class of security primitives for different applications. Optical PUFs present advantages over traditional...

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Toward Quantum Cryptography with Classical Optics

Toward Quantum Cryptography with Classical Optics

by fratax | Jan 4, 2020 | cryptography

While still far from practical implementation, the prospect of ultra-powerful quantum computers has raised significant concerns about information security. That’s because a true quantum machine could quickly undermine the classical security protocols on which the...

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Perfect secrecy cryptography in silicon photonics

Perfect secrecy cryptography in silicon photonics

by fratax | Mar 21, 2019 | cryptography

Protecting confidential data is a major challenge in the internet era. Standard cryptographic techniques are fast and scalable, but they are broken by quantum algorithms. Quantum cryptography is unclonable and more robust, but requires quantum installations that are...

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Recent Posts

  • A new sustainable green cycle for coal in enhanced water economy
  • Our work on AI-driven, robust flexible ultra-flat optics on Editor’s Choice in Advanced Intelligent Systems
  • AI-driven, Robust, Flexible, Ultra-flat Optics
  • A new clean and sustainable carbon economy
  • Our latest article on clean carbon selected as a “Hot-Topic” in Advanced Materials

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