The service is slow, not necessarily unavailable
External monitoring records the user-facing result while the host view shows the resource trend around that time.
PingView combines external website, API and service monitoring with Linux host metrics, so an incident can include server context from the same period.
External checks show the result available to a visitor or API client. Host metrics add operating context without replacing external monitoring.
External monitoring records the user-facing result while the host view shows the resource trend around that time.
CPU, memory, swap and disk trends make resource pressure visible in the same PingView workspace.
When a monitor is linked to a metrics host, the incident view can show relevant host events and samples from its time window.
Linux host metrics
The Linux beta collects these host-level metrics. It does not inspect application content, customer data or user request contents.
CPU use, I/O wait and steal time help put load and noisy-neighbour pressure in context.
Available memory and swap use show whether the host is relying on swap.
Per-mount usage, free space and inode usage expose capacity problems that disk percentage alone can miss.
Inbound and outbound traffic rates add a network view to the host timeline.
PingView keeps the external check and host metrics as separate signals, then presents host context for a linked monitor's incident.
Use the PingView dashboard or a platform integration to monitor the result available to users.
The Linux agent sends one host-metric sample every 60 seconds to your PingView workspace.
For a monitor linked to that host, the incident view can display matching metrics and host events in its time window.
Host context is additional evidence, not an automatic root-cause diagnosis. It is available only when the relevant monitor is linked to a reporting metrics host.
Start with external checks for a website, API or service, then connect a Linux host when you need its metrics alongside an incident.
Create a PingView account