Below is the list of blog posts with the “Encryption” tag.

Plaintext syslog crossing a network boundary in 2026 is a finding waiting to happen. The IETF defined encrypted syslog years ago in RFC 5425: TCP/6514, mutual TLS where the trust model needs it. What still trips teams up is rarely the protocol itself — it’s certificate lifecycle, framing mismatches, and forwarders that fall over when the collector blinks. Here’s the short version: which standards matter, where teams break the framing, and the four operational habits that decide whether the pipeline holds up.

You have probably seen the term "post-quantum cryptography" enough times to glaze over it. The headlines tend to focus on a vague future event: a quantum computer somewhere will eventually break RSA, and at that point you should have moved on. That framing makes it easy to file PQC under "worry about it in 2030." The framing is wrong. The actual threat is happening now, and it has a name: harvest now, decrypt later.

In an increasingly digitalized world, protecting your business’s digital assets is becoming more urgent by the day. Realizing the need to protect data from malicious actors, researchers created encryption. And I am not talking about the Enigma here, but software-based encryption algorithms, with their public and private signing keys, and so on. Like every other technology, encryption methods have evolved throughout the years. However, the goal remained the same: encryption is there to secure our digital communications.