Status and health
Review whether a container appears running, abnormal, recovering, or otherwise needing attention.
Docker containers can fail quietly
In a homelab, many important services run as containers: dashboards, media tools, automation systems, databases, reverse proxies, side projects, and internal apps. A container can crash, restart, recover, and look normal again before you open the Docker host. If you only look at the current status, you may miss the event that explains why a service was unavailable earlier.
OpsHome focuses on the operational question: what changed, when did it happen, and does it still need attention? Instead of treating a container as only a green or red target, OpsHome can show a recent event timeline when supported by the configured Docker Probe.
What OpsHome can show for Docker containers
Container visibility depends on the Docker Probe configuration and supported data available from the host. The goal is not to replace every Docker command or every log line. The goal is to keep the important operational signals visible when you are away from your desk.
Restart events
See when a container restarted so temporary failures are not hidden by a later healthy state.
OOM kill signals
Review memory-pressure events when supported, which helps distinguish a normal restart from a resource problem.
Recent timeline
Follow related status changes in order: abnormal state, restart, recovery, and current health.
Why timeline matters more than a single state
A single status snapshot can be misleading. If a container restarts at 03:12 and recovers by 03:13, a dashboard opened at 08:00 may look fine. That does not mean nothing happened. It means the failure was brief enough to disappear from the current view.
For homelab operators, that history is often exactly what matters. Repeated restarts may point to a bad update, a dependency problem, a full disk, an unhealthy database, or an application bug. An OOM kill may show that a container needs a memory limit adjustment or that another process is consuming resources. OpsHome helps make those operational clues visible without requiring you to SSH into the host for every first look.
Collected through Docker Probe
Docker container monitoring is connected to Docker Probe because the useful data lives inside your private environment. The probe runs on an authorized Docker host, reads supported container state, and sends operational status back to OpsHome over outbound HTTPS. You do not need to expose the Docker socket or Docker API to the public internet.
As with all private monitoring, scope matters. Install the probe where it can reach the Docker resources you want to monitor, grant only the access required for supported checks, and monitor systems you own or are authorized to operate.
- Use OpsHome for operational status and recent events.
- Use Docker logs for full application-level debugging.
- Use deeper observability tools when you need metrics, traces, and detailed historical analysis.
Built for homelab operations
OpsHome is designed for personal homelab and self-hosted environments where the operator wants a quick answer from an iPhone. It is not a full Kubernetes observability platform, and it should not be described as a replacement for production-grade telemetry stacks. Its value is in making the first review fast: what is running, what changed recently, and where should I look next?
That makes container monitoring useful next to private service checks, infrastructure assets, Proxmox or Synology status, and public website monitoring. Containers are part of the same operational story, not a separate dashboard you remember only after something breaks.
FAQ
Can OpsHome show Docker container restarts?
Yes. Container details can include an event timeline for abnormal states, restarts, recoveries, OOM kills, and related status changes when supported by the configured Docker Probe.
Does OpsHome replace Docker logs?
No. Use Docker logs for full application-level debugging. Use OpsHome to see operational status and recent events.
Do I need to expose Docker to the internet?
No. Docker Probe runs inside your private network and connects outbound.
Can I monitor unlimited containers?
Use the current entitlement table in Docs and the App Store purchase flow as the source of truth. OpsHome should not promise unlimited container monitoring unless that is explicitly part of the published plan.
Is this for production Kubernetes monitoring?
No. OpsHome is designed for homelab and self-hosted operations, not as a full Kubernetes observability platform.
Related OpsHome topics
See container events before they disappear
Use OpsHome NOC with Docker Probe to review supported Docker container status, restarts, recoveries, abnormal states, and OOM kills.