Thales Trusted Cyber Technologies (TCT) has partnered with ID Quantique to provide high-assurance key protection backed by QRNG to secure organizations’ cryptographic infrastructure. This joint solution between Thales and IDQ is FIPS 140-2 Level 3 certified, NIST’S highest level of security standards.
The Samsung Galaxy Quantum 4 is Samsung's fourth 5G smartphone with quantum security, securing customers' most valuable information.
In this on-demand webinar, Thomas Stengel, QRNG Business Development at ID Quantique, will introduce IDQ's quantum cyber security solutions for space.
QRNG-powered encryption cards for highly secure end-to-end authentication and encryption of control data with high-quality key generation based on true random numbers. QKD-ready for a Quantum-Safe end-to-end encryption for mission-critical real-time communication networks.
Fast and easy Digital Signature meeting some of the most stringent security, privacy, and data residency requirements (FIPS / CC). It now embeds a QRNG chip source.
The world’s first quantum FIDO-certified fingerprint security key. Security key for fully secure physical secure access and online passwordless authentication to web services.
In this webinar, Thomas Stengel will explain how to implement Quantum-enhanced Cyber Security in automobiles and how it instantly strengthens cars' encryption now and in the long-term.
IDQ-SK Telecom: Samsung Galaxy Quantum2 with QRNG
Automobiles increasingly use over-the-air communication to provide services to the consumer. In this webinar we'll explore how QRNG is making vehicles safe in the quantum age.
Discover how ID Quantique and Hitachi-ABB Power Grids are leveraging quantum-safe technologies to provide long-term cybersecurity for critical national infrastructure
In this webinar, our experts explain what is at risk, the importance of strong keys in cryptographic algorithms and how Quantum Randomness assures you offer the highest level of security to your customers.
See how two major mobile operators have applied QRNG to their new smartphone and discover the wide range of applications they now leverage to offer value-added services and a new level of trust to their customers.
VoIP phone with Quantum-Enhanced Crypto module
In this white paper, we compare two different categories of True RNGs: classical TRNGs and Quantum RNGs (QRNGs). We demonstrate that QRNGs are safer and more robust than classical TRNGs because the quantum entropy source is based on a simple, controlled and, most importantly, provably secure physical process.
White Paper describing the processes used in IDQ QRNG chip to generate true and unpredictable randomness based on Quantum physics. It also provides test results performed on IDQ chip output, demonstrating the high quality of its entropy source.
We look at quantum tech’s growth and its role in cybersecurity. We also answer key questions about the impact on financial institutions, why you should start preparing today and the benefits of getting ready.
Our experts share 5 key steps you can take to make your organisation quantum-safe and show you how to prepare for the post-quantum era by adding a quantum layer to your network.
In this webinar, we're joined by dacoso explain the changing cybersecurity landscape and what you need to know about Quantum-Safe Security.
The aim of this webinar, brought to you by Equinix, Mt Pelerin and ID Quantique, is to provide you with current progress in the field of Quantum-Safe Security.
Securing customers’ most valuable information
Improving 5G security: User authentication relying on QRNG
NS&I takes a quantum leap for its Premium Bonds by choosing IDQs QRNG for its fifth generation ERNIE machine.
System-on-Chip for automotive, computing, critical infrastructure, IoT, mobile, space & security applications
We look at the growing role of blockchains in global information exchange and discuss the crucial role that quantum random number generation plays in secure key generation.
High performance PCIe Quantum Random Number Generator, with embedded NIST compliant post-processing
Digital money generation for central bank
Random Number Generation for Online Poker
Quantum Random Number Generator for Security Applications and Online Gaming
High-assurance key protection backed by quantum randomness
The importance of keys in today’s crypto systems
Improving randomness to prevent weak keys and ensure availability
Quantis True Random Number Generator in Swiss Lottery Application.
Non-technical white paper describing the importance of achieving true randomness in cryptography and other applications, and how true random numbers are generated.
White Paper gives an overview of the applications requiring random numbers and discusses the definition of randomness.
This document summarises every certification the Quantis QRNG has passed.
Quantis compliance to the AIS31 standard has been tested by the CESTI-LETI (CEA Grenoble) and validated up to level PTG.3 by the French ANSSI according to the AIS 31 methodology defined by the German Federal Office for Information Security (BSI).
The Quantis Random Number Generator family has been tested by the Swiss Federal Office of Metrology, also known as METAS, which is the Swiss equivalent of NIST. This testing and conformity certificate (Certificate of Conformity No 151-04687, dated May 10, 2010).
This document has been issued by Compliance Testing Laboratory, one of the leading UK test houses, which has evaluated the Quantis TRNG.
Standard certified PCIe and USB Quantum Random Number Generation modules, providing true randomness since 2001
White Paper describing the use of Quantis in a virtualization platform such as VMware Player, Oracle Virtual Box and VMware ESXi.
White Paper describing the concept of randomness extraction and how it is implemented in the Quantis software package.
Technical paper on the choice and implementation of a randomness extractor for the Quantis TRNG.
Jonatan Bohr Brask, Anthony martin, William Esposito, Raphaeil Houlmann, Joseph Bowles, Hugo Zbinden, Nicolas Brunner
Bruno Sanguinetti, Anthony martin, Hugo Zbinden, Nicolas Gisin
Georg T. Becker, Francesco Regazzoni, Christof Paar, Wayne P. Burleson
Slides of a course taught by Klaus Sutner at Carnegie Mellon University on randomness.
C. S. Calude MCU 2004, LNCS 3354, 1-17 (2005)
Y. Zhao, B. Qi, X. Ma, H.-K. Lo, L. Qian Physical Review Letters 96, 070502 (2006)
Binary file, 10E9 bits, generated on June 25th 2010, Quantis-PCIe-4M s/n 10140013A510
