Regulations are being put in place by countries, but preparation by companies is lagging.  The French government reportedly will stop certifying cybersecurity products that don’t include post-quantum cryptography (PQC) starting in 2027, ...

Zero-trust frameworks play a large role in modern security. However, they must progress alongside cryptographic defenses to protect against threats surpassing traditional access control.  ...

Attackers are harvesting your encrypted data today to decrypt with quantum computers tomorrow. Your 2019 VPN sessions, emails, and trade secrets are already exposed ...

Attackers are harvesting your encrypted data today to decrypt with quantum computers tomorrow ...

 The quantum cliff is coming. Q-Day is the point in time when quantum computers become powerful enough to break most data encryption. It is inevitable that legacy algorithms will be undermined and ...

Quantum codebreaking uses a theoretically “large” quantum computer to break secret codes. Today, quantum computers handle very tiny numbers. The most impressive examples deal with numbers less than 22. In theory, a ...

On Q-Day, everything we’ve protected with current crypto – from seemingly mundane but confidential data such as email, bank transactions and medical records, to critical infrastructure, and government secrets – all built ...

PQC PDQ: Researchers find we’ll need 20 times fewer qubits to break conventional encryption than previously believed ...

A survey of 1,042 senior cybersecurity managers in the U.S., the United Kingdom and Australia finds only 5% have implemented quantum-safe encryption, even though 69% recognize the risk quantum computing poses to ...

By performing a cryptographic key assessment (CKA), developing a PQC encryption strategy and prioritizing cryptoagility, organizations can prepare for quantum computing cyberthreats.  ...