Quantum Conversations

QuintessenceLabs’ qCrypt™ Key & Policy Manager is now the Trusted Security Foundation® (TSF®)

Random numbers are used for just about every type of cryptographic operation, including generating SSH keys and public/private key pairs as part of a PKI system. The quality of random numbers is measured by entropy.

Read more about Quantum Safety, what it really means, how do you achieve it, and what does it have to do with Bitcoin?

A peek at Facebook’s Libra blockchain from a cryptography and quantum-safety point-of-view by Andreas Baumhof.

Learn how Quantum Computers will impact cryptography and how they’ll be able to use Shor’s quantum algorithm to crack all RSA/ECC encryption.

This is the the perfect “Harvest Now – Decrypt Later” attack example. Read Andreas Baumhof’s blog post to learn more.

Read Jane Melia’s blog post on the threats of quantum computers on cyber security and how to protect your data in a post-quantum world.

Read this blog post by Andreas Baumhof to understand what is meant by quantum computers “noise” and how “noisy” are they.

Infosecurity Magazine features Andreas Baumhof on the challanges of quantum safety and the deal with quantum computing and cryptography.

As quantum computers start to mature, they pose a very real threat of breaking public key cryptography, with serious implications on privacy, security and global trade.

Andreas Baumhof's, Vice President of Quantum Technologies, few takeaways from the Quantum for Business Conference.

Quantum tech is bursting into our lives – how can businesses stay cyber secure? Watch this interview with our CEO, Vikram Sharma, to learn more.

QKD is really emerging right now in many different conversations as the new weapon for protecting critical data moving along communication networks.

“This report provides a beginner’s guide to quantum key exchange based on what Einstein called ‘spooky action at a distance.”

Watch the recorded webinar on building quantum-resilient data security to learn about Quantum Computing, its significant implications on data protection and what can be done.

Quantum technology is bringing about a new age of computing, with advances in science and medicine, and much more. However, it also brings serious security concerns – quantum-powered cyber attacks could easily defeat today’s encryption algorithms.

The characteristics of quantum computers and quantum technology, will define the future of global information technology for decades, possibly centuries, to come.

The Cloud Security Alliance report explores overall awareness and understanding of quantum security risk as part of a larger effort to develop a future framework for addressing these threats.

Learn how we apply quantum physics to data security by generating encryption keys based on a quantum source rather than deterministic algorithms.

TED talk by our CEO Vikram Sharma on how to fight quantum with quantum to defend against the most sophisticated attacks.

The main quantum key distribution (QKD) systems being developed are Discrete Variable QKD and Continuous Variable QKD. We examine both systems and discuss the advantages of CV-QKD.

What is quantum key distribution (QKD) and why does it matter? This technical paper explores how quantum physics provides a key exchange solution that is absolutely secure and future proof.

Public Key Infrastructure securing the exchange of encryption keys is vulnerable to improvements in processing power, particularly Quantum Computers. This CSA paper discusses that challenge.

This paper from the Cloud Security Alliance discusses the risks associated with poor RNG and how quantum random number generators can address them.

This paper from CSA provides an overview of QKD technology and how it relies on fundamental laws of nature, making it secure against the most powerful eavesdroppers.