Blog

Container runtime security protects running containers from exploits, escapes, and malicious code. How it works, why it matters, and what to look for.

Kubernetes runtime security detects and blocks attacks inside running clusters, from container escapes to race conditions in concurrent workloads.

AI runtime security monitors and protects AI applications and agents during execution, catching prompt injection, rogue agents, and runtime exploits.

Every Log4j CVE from 2017 to 2026 in one list: Log4Shell, its follow-ups, Log4j 1.x flaws, and newer entries most lists miss, with fixed versions.

How Log4j reached SAP landscapes through embedded Java components, what the attacks looked like, and how to handle the wait for SAP corrections.

How the Log4j exploit works, step by step: from a logged JNDI string to remote code execution, why one line of input was enough, and how to detect it.

The malicious indexed-btree npm package hid its payload in runtime code to evade install-script defenses. See how runtime prevention can block the attack path.

A malformed HEIF upload exploited libheif through ImageMagick, showing how vulnerable dependencies can expose internal systems—and how to contain them.

Open-source code powers most modern applications. Learn how runtime security monitors libraries and dependencies for vulnerabilities and emerging threats.