Brian SiegelwaxDec 4

The Quantum Dragon isn't the newsletter you need right now, but it's the newsletter you deserve.

https://bsiegelwax.substack.com/p/what-does-mobile-qkd-look-like

#QuantumKeyDistribution #QuantumCryptography #QuantumComputing #HybridQuantumSystems

HackerNoonOct 21
This article proves that quantum public‑key encryption from one‑way functions is impossible when using classical public keys and quantum ciphertexts.
https://hackernoon.com/blackbox-separation-for-quantum-pke-from-owf-with-classical-public-keys #quantumcryptography
Black‑Box Separation for Quantum PKE from OWF with Classical Public Keys | HackerNoon

This article proves that quantum public‑key encryption from one‑way functions is impossible when using classical public keys and quantum ciphertexts.

Jacky KapadiaOct 21

Optical Quantum Shield: Integrated Cryptography For High-Capacity, Future-Proof Networks.

https://medium.com/@jckapadia003/optical-quantum-shield-integrated-cryptography-for-high-capacity-future-proof-networks-e467dd975cbd

#QuantumCryptography, #CyberSecurity, #FutureProof, #DigitalTransformation, #Innovation, #Networking, #TechInnovation, #DataSecurity, #QKD, #OpticalNetworking

HackerNoonSep 30
HOM interference, entanglement, and CHSH tests have confirmed secure quantum randomness, guaranteeing cryptographic applications that are independent of devices https://hackernoon.com/quantum-photons-deliver-the-ultimate-random-number-generator #quantumcryptography
Quantum Photons Deliver the Ultimate Random Number Generator | HackerNoon

HOM interference, entanglement, and CHSH tests have confirmed secure quantum randomness, guaranteeing cryptographic applications that are independent of devices

HackerNoonSep 30
Verifying quantum randomness in a device-independent framework using tomography, CHSH inequality, and entanglement for safe cryptography. https://hackernoon.com/quantum-entanglement-unlocks-unbreakable-randomness-for-next-gen-cryptography #quantumcryptography
Quantum Entanglement Unlocks Unbreakable Randomness for Next-Gen Cryptography | HackerNoon

Verifying quantum randomness in a device-independent framework using tomography, CHSH inequality, and entanglement for safe cryptography.

Magical CatSep 25

In this article mentioned that NSA has broad quantum-computing capabilities for mass decryption
https://medium.com/@Forensic-Archive/42-000-intercepted-calls-the-nsa-files-putin-doesnt-know-about-b6e48b547533

Most of article describes that ruzzian military used mostly some obsolete soviet radios and Chinise clear-text radios and other no-encryption channels.

But somewhere deep in article mentioned these quantum computing capabilities suitable for mass decryption.

How much these claims close to reality?

#privacy #quantumCryptography #encryption #e2ee

42,000 Intercepted Calls — The NSA Files Putin Doesn’t Know About

Signal intelligence operations tracking Russian military communications and command structure

Medium
HackerNoonSep 23
Explore the HPPK DS scheme: compact keys, strong entropy, and resilience against signature forgery and key recovery attacks. https://hackernoon.com/how-hppk-ds-balances-security-and-efficiency-across-nist-levels #quantumcryptography
How HPPK DS Balances Security and Efficiency Across NIST Levels | HackerNoon

Explore the HPPK DS scheme: compact keys, strong entropy, and resilience against signature forgery and key recovery attacks.

HackerNoonSep 23
Explore the HPPK digital signature scheme—quantum-ready, non-commutative encryption with secure signing and verification. https://hackernoon.com/a-beginners-guide-to-the-hppk-digital-signature-scheme #quantumcryptography
A Beginner’s Guide to the HPPK Digital Signature Scheme | HackerNoon

Explore the HPPK digital signature scheme—quantum-ready, non-commutative encryption with secure signing and verification.

HackerNoonSep 23
From DPPK to HPPK, explore how polynomial public key cryptography evolved into a homomorphic scheme shaping future digital security. https://hackernoon.com/what-you-should-know-about-the-next-generation-of-encryption #quantumcryptography
What You Should Know About the Next Generation of Encryption | HackerNoon

From DPPK to HPPK, explore how polynomial public key cryptography evolved into a homomorphic scheme shaping future digital security.

HackerNoonSep 23
A quantum-safe digital signature scheme built on homomorphic polynomial public keys and Barrett reduction, securing cryptography beyond quantum threats. https://hackernoon.com/the-barrett-algorithm-reimagined-for-post-quantum-signatures #quantumcryptography
The Barrett Algorithm Reimagined for Post-Quantum Signatures | HackerNoon

A quantum-safe digital signature scheme built on homomorphic polynomial public keys and Barrett reduction, securing cryptography beyond quantum threats.