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Quantum Randomness for Next-Generation Security
Quantum Randomness for Next-Generation Security Why Unpredictable Quantum Entropy is the Bedrock of Quantum-Safe Cryptography Strong encryption is only as trustworthy as the randomness behind it. Post-Quantum Cryptography protects how we encrypt; quantum randomness...
What Is Post-Quantum Cryptography and Why It Matters
When talking about cybersecurity, we often think first of visible actions: typing a password, receiving a verification code, opening a secure web page, or approving a banking transaction
The Quantum Time Bomb: Understanding the “Harvest Now, Decrypt Later” Cyber Threat
Imagine a sophisticated adversary breaking into a secure facility, ignoring the immediate assets, and walking out with a heavily reinforced, indestructible steel safe. They cannot open it today. They do not possess the combination, the physical tools, or the technology to even scratch its surface…
Why Europe needs Quantum Cryptography?
The cryptography that protects Europe’s banks, hospitals, power grids, and citizens was designed for a pre-quantum world. That world is ending. This inaugural blog post summarises why quantum computing changes…