by Anna Brékine | Oct 6, 2026 | blog
“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...
by Anna Brékine | Oct 6, 2026 | blog
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...
by George Salukvadze | Aug 13, 2026 | blog
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...
by George Salukvadze | Jul 17, 2026 | blog
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. A much larger part of security, however, happens before the user sees anything....
by George Salukvadze | Jun 16, 2026 | blog
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...
by George Salukvadze | May 22, 2026 | blog
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 everything, necessitating a new approach to cybersecurity....
