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From ‘quantum-enhanced’ to ‘quantum-safe’: Why banks are preparing in advance for the new big threat
As AI dominates current cybersecurity concerns, a far greater threat looms over banking: quantum computing. We explain what ...
PQC (Post-Quantum Cryptography) support is beginning to advance in Windows, TPM, Intel TXT, SPDM, and more.For TPM as well, ML-KEM ML-DSA and other PQC algorithms are becoming a visible part of the ...
RSA succeeded beyond what its creators could have imagined. But as we approach its 50th anniversary, we are also approaching ...
Can predicting energy levels from quantum systems be done efficiently on conventional computers? New results demonstrate this ...
A UC San Diego-led team forged RSA signatures without extracting its key. But Bitcoin and Ethereum sign with a different ...
The technique is practical against 1,024-bit RSA keys, which are already deprecated. It also lowers the estimated security of ...
IntroductionA digital signature is a mechanism that allows the recipient to verify "whose key was used to create the data" ...
A physical qubit is a piece of hardware that carries quantum information. Depending on the technology, it might be a ...
The technique still takes 1,380 CPU core-years, but that's down from the estimated 500,000 to 1 million CPU core-years it ...
Security researchers have demonstrated a faster way to undermine certain RSA deployments without factoring the public modulus, challenging the assumption that RSA’s practical strength always tracks ...
Eric Lu factored an 862-bit RSA key for $400K using GPUs, putting RSA-1024 cracking costs at $30M and accelerating post-quantum crypto timelines.
The world has known for decades that the RSA cryptosystem’s days are numbered. Once quantum computing becomes practical (estimates for that range from 3 to 20 or more years), the foundational security ...
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