CloudGuard CNAPP helps us a lot in being able to identify erroneous configurations or configurations that may not be as per the standard that we use internally or as per an international standard.

Detecting misconfigurations in the cloud is what the CSPM delivers. I often see that small mistakes and misconfigurations can lead to bigger impacts. That's why I focus on finding those small issues in my environment. It saves a lot of time, especially in dynamic environments where we see cloud infrastructure is built up and taken down again, and different parts are deployed in various locations.

It helps us find misconfiguration. We use it to try to find possible storage accounts that may be misused or other misconfigurations.

Our primary use case for Check Point CloudGuard CNAPP is for securing our multi-cloud environment, AWS, Azure, by providing continuous posture management, threat detection, and compliance monitoring. We use it to identify misconfigurations, enforce security best practices, and monitor cloud workloads in real-time.

A typical day using Check Point CloudGuard CNAPP usually involves running posture checks to spot new misconfigurations and reviewing the alerts it surfaces so I can address issues before they turn into real problems.

A specific example of how I use it to secure my cloud-native workloads is that it flagged an exposed storage resource with overly permissive access during a routine scan. I fixed the misconfiguration immediately, preventing potential data exposure before it became a real incident.