Articles about cloud security operations from security operations practitioners.
A clean image scan and a compromised container aren't a contradiction: the scan reports the known risks in the image at build time, while runtime security reports what the workload is doing right now. That second question is the one attackers live in, and it's the one I make every vendor answer before I sign.
Three SecOps directors have told me the same story this year: the platform team ran Kubernetes for years, an auditor asked who was monitoring it, and it became the SOC's problem overnight. I've had that handoff myself. The SOC's Kubernetes job is narrower than the hardening checklists that fill the search results, and it starts with visibility and response authority.
How to normalize multi-cloud security at the workflow layer across AWS, Azure, and GCP while preserving cloud-specific containment.
I run the SOC that consumes Kubernetes telemetry, and nearly every best-practices list I read is written from the cluster admin's chair rather than mine. So I worked through the standard checklist with our platform lead and separated the controls that change our breach exposure from the ones that only change our audit score. Four of them earn budget from me, and I defer the rest.
A CSPM renewal is worth signing, but not for the reason the vendor's deck claims. Posture tooling reads configuration state, which means credentialed attacks against correctly configured resources read clean.
Most container security programs invest in image scanning and call it done, leaving the runtime layer where active threats actually execute underbuilt and unowned. This is the four-layer split, the ownership seams where incidents fall through, and what to press vendors on before you buy.
CNAPP bundles four components at very different maturity levels, and the detection piece, CDR, is the one that consistently disappoints. This breaks down what CSPM, CIEM, CWPP, and CDR actually deliver, plus the three questions that expose a weak CDR before you sign.
At some point, the security stack stops being a solution and starts being a liability. Daniel Carter counted eleven tools spread across AWS, GCP, and Azure — none retired, all justified at purchase, none obviously redundant until you saw them together. This piece covers the consolidation principle he built from that exercise, and why coverage depth usually beats tool count.
The CNAPP dashboard stayed green while an attacker with a stolen access key moved through three AWS accounts and touched 19 IAM principals. Prevention had nothing to flag because the login was legitimate, the permissions were real, and the only signal was runtime behavior.
Cloud security monitoring for 3-5 person SOC teams: four pillars, co-managed MDR, telemetry strategy, and where most stacks fail.
Most CNAPPs and CSPMs are sold as cloud-native security but deliver cloud hygiene. Here's the structural gap and how to spot it in a vendor demo.
Practitioner takes on SOC modernization, detection engineering, threat hunting, and more. No fluff. No product pitches.