Quantum Cryptography

WHY THIS MATTERS IN BRIEF Quantum computers could hack 70% of the world’s encryption faster than you can read this article, so our payment cards…

WHY THIS MATTERS IN BRIEF What if there was a powerful enough computer platform emerging which could crack 70% of global encryption in minutes and…

WHY THIS MATTERS IN BRIEF When quantum computers get powerful enough they will be able to crack almost all of today’s encryption, so we need…

WHY THIS MATTERS IN BRIEF Being able to clone photons opens up new possibilities when it comes to quantum computing and quantum internet, but could…

WHY THIS MATTERS IN BRIEF Quantum communications systems, and quantum encryption, are supposed to be unhackable, but they aren’t.   According to experts, and the…

WHY THIS MATTERS IN BRIEF Autonomous cars and vehicles present a clear opportunity for cyber criminals to wreak chaos on our roads, but first they’d…

WHY THIS MATTERS IN BRIEF Unlike traditional communications technologies quantum communications are unhackable, so countries are racing to deploy them.   Highly secure global communication…

WHY THIS MATTERS IN BRIEF Noone likes hackers, so everyone is trying to find ways to create the ultimate unhackable system, and this breakthrough in…

WHY THIS MATTERS IN BRIEF Quantum networks promise almost total secrecy but significant hurdles remain to creating international and internet scale networks, now though China…

WHY THIS MATTERS IN BRIEF Tomorrow’s quantum computers will be able to crack at least seventy percent of all today’s encryption algorithms within minutes, but…

WHY THIS MATTERS IN BRIEF Quantum computers are millions of times more powerful than todays traditional computers, if they can be developed and bought into…

WHY THIS MATTERS IN BRIEF The more information a photon can carry the sooner we can create quantum communications systems that are immune from hackers…