Cyber security for critical infrastructure applications requires different layers of protection where strong state-of-the art data encryption represents the last line of defense.
Since its inception, Blockchain adoption has grown significantly. Research in 2019 indicated 50% of businesses worldwide were either using, or considering the use of, the distributed ledger technology as part of their IT security strategy. Blockchain promises the secure exchange of digital assets...
2020 saw more mobile app breaches or data leaks than any previous year. Applications as diverse as email, contact tracing, money transfers, social media, food delivery and ride hailing saw significant breaches. With such a diverse threat landscape, what can mobile handset manufacturers, service...
A review of some of the most notable stories from Q4 2020, from quantum teleportation to quantum advantage and the miniaturization of quantum solutions for use in mobile and IoT applications.
Last month a group at the University of Science and Technology of China demonstrated quantum advantage with a photonic quantum computer. This represents a new milestone in the rapid progress in quantum computing we have witnessed during the last few years.
Today’s super processors would be eclipsed by the processing power of quantum computers. At Inside Quantum Technology Europe last month, ID Quantique's Bruno Huttner and Axel Foery discussed quantum solutions to keep digital communications and digital transactions safe.
Ariane 6 rocket boosters fired by the fiber-optic based opto-pyrotechnic system, which was successfully tested and validated by ID Quantique’s photon counting OTDR.
We live in an increasingly connected world; one where data protection has become more than just a compliance issue. QRNG is helping to secure the next generation of mobile phone communications, providing long-term data protection for sensitive or personally identifiable information, securing big...
In our latest blog we discuss the work of a research team from University of Chicago, who recently identified a simple method to maintain qubit coherence 10,000 times longer than before.
