The problem with most forms of encryption being used today is that once data is encrypted, it becomes frozen or fixed in place—meaning it can’t be operated on or “processed” without first ...

RSA encryption uses an ingeniously simple mathematical premise. Recent news stories suggest China has cracked it. But there's a lot more to it than that.

There are two major forms of encryption in use today; symmetric encryption and asymmetric encryption, with the latter relying on PKI principles in its implementation. Both have upsides and ...

It’s a pretty simple but effective solution, with a fast verification process, particularly when compared to other forms of post-quantum encryption. Isogeny-based post-quantum encryption.

The U.K.’s order for access to encrypted material raises questions about its applicability to other companies and its potential to undermine end-to-end encryption.

This data-protecting super-power is why encryption has emerged as perhaps the most powerful and effective tool we have for protecting personal privacy, safety and security. Think about it.

While many are familiar with baseline encryption tools, cloud encryption can be daunting — and with so many different types of encryption available, small to midsize businesses (SMBs) may find their ...

Encryption involves complex maths problems that modern computers cannot solve to keep data secure. But as technology advances, quantum computers will likely be able to solve these problems and ...

Encryption-in-use secures only underlying sensitive data, regardless of location, and analyzes requests in real time to block suspicious ones. According to Holcombe, it could help USPTO protect ...