How would you react if you knew that all your constituents' information is now readable and available to the highest bidder? Since the proliferation of the Internet and digitization of government ...

Post‑quantum cryptography is now required, not optional. Federal and industry experts explain why visibility, crypto agility, and execution — not just new algorithms — will define quantum readiness.

However, it is not necessary to use fancy quantum cryptography technology such as entanglement to avoid the looming quantum ...

Google recently released important research that moves Q-Day — the day quantum computers will be able to “break the Internet” ...

Enterprises need to start planning and executing their transition to post-quantum cryptography, and the best way to get ...

The development of quantum computing is fundamentally reshaping the rules of cybersecurity. Traditional public key encryption mechanisms, such as RSA and ECC (Elliptic Curve Cryptography), rely on the ...

​For much of the past decade, post-quantum cryptography (PQC) lived primarily in academic journals and standards committees.

Quantum computing represents an existential threat to modern cryptographic defenses, particularly for non-human identities—machines, IoT devices, workloads, applications, services and APIs—which rely ...

The rise of quantum computing poses both promise and peril for modern cryptography—and blockchains lie right at the crossroads. As machines become capable of shattering our current cryptographic ...

Real, but not immediate Ethereum relies on cryptographic systems that remain secure against classical computers. However, ...

Online data is generally pretty secure. but quantum computing is advancing faster than expected and existing encryption may ...

Google's new whitepaper says it could take only minutes for a quantum system to crack Bitcoin.