• The quantum era is coming. • Are we ready to secure it? • Feb 06, 2026 We’re issuing a call to action to secure the quantum computing era and outlining our own commitments on post-quantum cryptography Your browser does not support the audio element. • The world is on the threshold of solving impossible problems indrug discovery, materials science, energy, and beyond. • That’s because of quantum computers - computers capable of solving problems that even the most powerful classical supercomputers can’t. • They’re able toidentify and consider different options at the same time.
Article Summaries:
- The quantum era is coming. Are we ready to secure it? The world is on the threshold of solving impossible problems in drug discovery, materials science, energy, and beyond. That’s because of quantum computers - computers capable of solving problems that even the most powerful classical supercomputers can’t. They’re able to identify and consider different options at the same time. Concerningly, their unique ability to unravel scientific mysteries will also allow them to bypass our current digital locks, like the public-key cryptosystems that protect things like bank transfers, private chats, tr
- Quantum computers threaten to break current public‑key cryptography, prompting a global shift toward post‑quantum cryptography (PQC). As large‑scale quantum machines could decrypt data stored today, attackers are already “storing now, decrypting later.” In 2024, NIST released the first PQC standards, and companies such as Google have been testing and deploying PQC since 2016. The article outlines Google’s dual strategy: research to refine PQC timelines and actively migrate its infrastructure, focusing on crypto agility, securing shared systems, and ensuring a smooth transition before a cryptographically relevant quantum computer becomes available.
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