RSA encryption uses an ingeniously simple mathematical premise. Recent news stories suggest China has cracked it. But there's ...

Encryption algorithms like AES keep the secure tunnels you need to route your traffic through completely safe. AES-256 is virtually impenetrable by current standards, which is why the US ...

Performance Overhead: Encryption processes can slow down devices, especially with resource-intensive algorithms. Data Recovery Issues: Loss of encryption keys can make data permanently inaccessible.

But encryption isn’t a new invention of the digital age — it’s a centuries-old practice, with a rich history spanning ancient ciphers to modern cryptographic algorithms. And while its roots are deep ...

Proponents believe hybrid encryption compensates for weaknesses in single post-quantum algorithms, but performance, complexity, and security concerns remain.

"These algorithms should cover most devices that have these sorts of resource constraints." NIST selected Ascon in 2019 as the primary candidate for lightweight authenticated encryption, so it's ...

Widely used encryption algorithms like RSA and elliptic-curve cryptography (ECC) will be pointless. Depending on who is running the quantum computers, they will turn from superhero to supervillain.

Focus on Crypto Agility: Encryption isn’t perfect. Algorithms change and are crypto-agile. Consequently, you can start to adopt new algorithms while using algorithms that already exist.

feature@encryption is a thing for zpools, but apparently it's just straight "encryption" for filesets. edit: note that I might well have set that algorithm directly instead of using 'on'.

No algorithm is guaranteed to be secure forever, Schneier says, so agility is going to be key going forward, even for symmetric encryption. “Sometime, someone will break AES,” he says ...