RSA keeps getting factored. The question is what each new result tells us about the security of the encryption we still use: will the common standard of ...
Stephen Weis factored RSA-896 with Claude AI on Sept 19, 2026, pushing the public factoring record to 896 bits just 16 days after the prior mark ...
In 2026, RSA-260 (862-bit) was factored using classical computers, marking an engineering milestone but no theoretical ...
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 ...
RSA signature attack exploits unpadded signing in hardware modules, highlighting cryptographic transition toward post-quantum ...
Can predicting energy levels from quantum systems be done efficiently on conventional computers? New results demonstrate this ...
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.
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 ...
RSA-896, a 270-digit encryption benchmark, was factored on September 19, 2026, by Anthropic engineer Stephen Weis using Claude AI and 2,048 GPUs -- making it the second AI-assisted integer ...
A UC San Diego-led team forged RSA signatures without extracting its key. But Bitcoin and Ethereum sign with a different ...
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 ...
A team of researchers from UC San Diego showed that a 1024-bit RSA signature can be forged by sending multiple queries to a ...
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