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Why is RSA encryption hard to break and how does it hold up
RSA encryption remains secure because factoring massive numbers takes more energy than computers can manage.
The security desk for defenders
Everything Crypt Weekly has reported about security: 4 stories, newest first. Part of our Tech News coverage.

RSA encryption remains secure because factoring massive numbers takes more energy than computers can manage.

Anonymization of data often fails because statistical patterns allow attackers to re-identify individuals even when direct identifiers like names are completely removed.

Virtual machines run separate operating systems on one physical computer by tricking software into thinking it controls the hardware directly.

Your computer does not know addresses by name, so it relies on a distributed directory that translates human words into machine numbers every time you click a link.