Start with the Linux host behind your workload, whether it is rented as a VPS, used as a dedicated machine, running cPanel, or hosting Docker. The platform changes the context of a resource problem, not what a host-level graph proves. Choose the guide that matches your environment and keep server evidence separate from application-specific health.
A small virtual machine can run out of disk space or available memory just as a dedicated machine can, while provider graphs may answer a different operational question. Read the VPS and dedicated guide for host monitoring that does not depend on a named provider integration or promise certification of every virtualization type.
Treat the machine running cPanel as a Linux host and use its resource graphs to investigate capacity pressure before confusing host usage with an individual account's activity. Read about cPanel / WHM hosts for that context; this is not a cPanel-specific integration, account-usage breakdown or claim that CloudStats inspects cPanel services.
Watch the Linux machine that supplies resources to Docker workloads, keeping host CPU, memory, disk and network evidence separate from what happens inside an individual container. Explore Docker host monitoring for this host-level view, not per-container metrics, restart tracking, Compose support or container-down notifications.
Choose a platform guide for the operational context, then investigate the observation you actually have. A host resource graph is useful evidence, but it does not prove that a website returns the right response, a database accepts connections, or a scheduled task finished. Keeping those questions separate makes an incident easier to explain and avoids treating a healthy host as a complete application-health verdict.
