What is a Kubernetes dependency scanner? A Kubernetes dependency scanner finds known vulnerabilities in software packages your containers depend on—operating system packages, open-source libraries, and anything pulled in by package managers like npm, pip, or apt. It compares dependencies against vulnerability databases of known CVEs.

The world of AI is still advancing rapidly, but so are the threats. Wherever you get your news, Clawdbot, or is it Moltbot, or is it now called OpenClaw(?) is everywhere lately. You can’t avoid talk of this AI personal assistant. It’s actually now called OpenClaw after some naming drama, and at the time of writing has 166k followers on GitHub. The repository also has an alarming number of forks, issues, and pull requests.

Nearly 70% of online purchases now happen on mobile, yet PCI scoping decisions are still often made as if mobile is just a smaller browser. It is not. A native in-app payment flow and a mobile web checkout trigger materially different obligations under PCI DSS 4.0.1. In one case, risk concentrates inside the application runtime through SDKs, platform storage, and release controls.

Very few people know this, but passing a PCI audit has very little to do with having defensible evidence. Your processor passed its last PCI assessment. Three months later, a merchant using your payment forms gets hit with a Magecart attack. Card brands start asking: What monitoring did you have on that checkout page? When did you detect the compromise? What evidence can you provide? That’s when the gap becomes obvious.