Quantum encryption scrambles video data using truly random cryptographic keys based on quantum physics. Unlike traditional ...

Meanwhile, in ISACA’s Quantum Pulse Poll, 56% of respondents indicate that they're concerned about “harvest now, decrypt ...

Preface RSA Conference just wrapped up, and while phrases like “We are an Agentic AI solution for XYZ,” “AI in Cybersecurity,” and “Risks of AI Adoption” echoed across the expo halls, panels, and ...

While it’s true that quantum computers will be able to break traditional encryption more quickly and easily, we’re still a long way from the “No More Secrets” decryption box imagined in ...

Quantum computers could soon break today's strongest encryption, putting sensitive data at risk. Let's dive deep into what this all means for telecommunications, security, AI, and our future.

Companies using the Fortanix platform for data encryption and key management can now immediately reduce the risk and cost of exposing sensitive data to AI and quantum computing threats.

Sixth, quantum-resistant encryption would protect data encrypted in the future, but data encrypted in the past could still be vulnerable. Consider the "harvest now, decrypt later" possibility.

While a cryptographically relevant quantum computer (CRQC), a quantum computer that can break the encryption used to protect data and systems, does not yet exist, HNDL attacks make it essential ...

Researchers, such as the quantum research group Project 11, are actively exploring whether even weakened versions of Bitcoin’s encryption can be broken by today’s quantum hardware. The group ...

The statement stressed that systems handling sensitive data should be protected against cryptanalytically relevant quantum computers (CRQCs) well in advance, and that uncertainty around quantum ...

How quantum computers work, and how banks can use them By Carter Pape February 25, 2025, 2:07 p.m. EST 13 Min Read ...

Republished with permission. The original article, " A Practical Guide to Understanding Quantum Computing’s Potential Threat to Encryption," was published by Law.com on March 25, 2025.