Content Library

Insights from our partner Keyfactor on the 2022 emerging trends in crypto-agility, now vital for companies looking to compete in the modern and increasingly digital world.

This Booz Allen report shows how quantum computing risk management must start now—as China’s likely expectation of being able to eventually decrypt stolen data creates an immediate security risk.

As shared by the WEF Global Future Council on Cybersecurity, a sense of collective responsibility should lead to collective action between government agencies, industry and standards setters, with cybersecurity certifications as next step.

S&P Global’s look ahead to the key strategic trends and opportunities expected to drive the IT industry narrative through 2022 and beyond.

Find out how organizations in Australia are managing encryption across multiple clouds and how your data security practices compare, in this 2021 Ponemon Institute report.

The Digital Economy Strategy outlines a cohesive roadmap encompassing leading-edge initiatives and investments, such as quantum computing.

Every day our society is being ever more connected and digitalized. While this has many benefits, it also brings enormous risks.

Australia’s defence cyber industry is growing quickly and companies like QuintessenceLabs are delivering high-quality, defence-grade solutions, like quantum encryption.

Australia’s economic growth and job creation relies on digital trust and having a globally competitive cybersecurity industry is critical, as outlined in AustCyber’s Australia’s Digital Trust Report 2020.

QuintessenceLabs wins Global 2020 CyberTech100 Award as one of the most innovative companies for finance tech sector.

QuintessenceLabs continues to move quantum key distribution toward the mainstream with its partnerships and proofs of concept.

RSA keys are at risk of compromise when using improper random number generation, so IoT device manufacturers must ensure they have access to sufficient entropy, as shown by our partner Keyfactor’s research report.

Check Owen Roger’s report from 451 Research on how QuintessenceLabs is using quantum tunneling to create uncrackable codes.

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

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

Hype Cycle for Data Security, 2018

Hype Cycle for Cloud Security, 2018

Hype Cycle for Threat-Facing Technologies, 2018

Key Management as a Service Exposes Different Risks to Data in Public Clouds.

Develop an Enterprisewide Encryption Key Management Strategy or Lose the Data.

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

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.

Hype Cycle for Data Security, 2017

Hype Cycle for Cloud Security, 2017

Hype Cycle for Threat-Facing Technologies, 2017

Prioritize Enterprise-wide Encryption for Critical Datasets

Hype Cycle for Data Security, 2016

Hype Cycle for Infrastructure Protection, 2016

This glossary, produced by the Cloud Security Alliance, provides the reader with a concise definition of important technologies and approaches that can be used to help protect information from the quantum computing threat.

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

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