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How Q-FENCE can help protect financial data in the digital age and explore ways for banks to detect money laundering together, while keeping customers' data private. Every time you pay rent, receive your salary or send money to a friend, your bank invokes a complex...

“The move to post-quantum cryptography cannot happen with the flick of a switch. Hybrid cryptography offers a practical bridge, protecting today’s systems while introducing algorithms designed for the quantum era”. Imagine replacing a bridge while traffic is still...

When discussing cybersecurity, most strategies naturally focus on software to gain flexibility. Software solutions enable continuous updates to patch new threats exploited by cyberattacks. Yet there is a more fundamental question that receives far less attention: Can...

Why Unpredictable Quantum Entropy is the Bedrock of Quantum-Safe Cryptography KEY TAKEAWAY Strong encryption is only as trustworthy as the randomness behind it. Post-Quantum Cryptography protects how we encrypt; quantum randomness ensures the keys themselves are truly...

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

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…

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…