Create a Private Location
What you'll learn
| Time | ~15 minutes |
| Level | Advanced |
| Prerequisites | openstatus account, Docker installed |
In this tutorial, you'll set up a private location — a monitoring probe running on your own infrastructure. This lets you monitor internal applications, private APIs, and network resources behind your firewall without exposing them to the public internet.
Prerequisites
- An openstatus account (openstatus.dev)
- Docker installed on your server or local machine (
docker --versionto verify) - At least one monitor already created (see Create Your First Monitor)
What you'll build
By the end of this tutorial, you'll have:
- A private location configured in openstatus
- A Docker container running the monitoring probe on your infrastructure
- Monitors assigned to check from your private location
Caution
Private locations are currently in beta. Some features like incident creation and public status page support are not yet available for private locations.What are private locations?
Private locations allow you to monitor internal applications from within your own infrastructure, rather than solely relying on our public cloud-based regions. By deploying monitoring probes as Docker containers on your own machines, you can:
- Monitor internal APIs and services behind your firewall
- Get detailed timing and latency data from your specific deployment location
- Monitor from on-prem servers, Raspberry Pi devices, or any Docker-capable machine
Step 1: Create a private location
- Navigate to Settings > Private Locations in your openstatus dashboard
- Click Create Private Location
- Give your location a descriptive name (e.g., "Office Network", "AWS us-east-1 VPC")
- Save the configuration
After creation, you'll receive a token. Copy this token — you'll need it in the next step.
Caution
Keep your token secure. It authenticates your probe with the openstatus platform.Step 2: Deploy the Docker probe
Run the monitoring probe on your server using Docker:
docker run -d \
--name openstatus-probe \
--restart unless-stopped \
-e OPENSTATUS_TOKEN=<your-token> \
ghcr.io/openstatushq/probe:latest
Replace <your-token> with the token from Step 1.
Verify the container is running
docker ps --filter name=openstatus-probe
You should see the container listed with a status of Up:
CONTAINER ID IMAGE STATUS NAMES
abc123 ghcr.io/openstatushq/probe:latest Up 2 minutes openstatus-probe
Step 3: Assign monitors to your private location
- Go to Settings > Private Locations and select your location
- Choose which monitors should run from this private location
- Alternatively, edit an individual monitor and select your private location in its settings
Checkpoint: Within a couple of minutes, you should see monitoring data appearing in your monitor's overview from your private location.
What you've accomplished
You've successfully:
- ✅ Created a private location in openstatus
- ✅ Deployed a monitoring probe on your own infrastructure
- ✅ Assigned monitors to check from your private location
Current limitations
- Incidents are not yet created for monitors running via private locations. Continue using openstatus public regions if you need alerting.
- Public monitors on status pages do not yet support private locations.
Troubleshooting
Container exits immediately
Check the container logs for errors:
docker logs openstatus-probe
Common causes:
- Invalid token: Double-check the token value — ensure no extra spaces or newlines
- Network issues: Ensure the container can reach
api.openstatus.devon port 443
No data appearing in the dashboard
- Verify the container is running:
docker ps --filter name=openstatus-probe - Check that you've assigned at least one monitor to the private location
- Wait 2-3 minutes — there may be a short delay before the first check runs
Container can't reach internal services
If the probe needs to reach services on your host machine, use Docker's host networking:
docker run -d \
--name openstatus-probe \
--restart unless-stopped \
--network host \
-e OPENSTATUS_TOKEN=<your-token> \
ghcr.io/openstatushq/probe:latest
What's next?
- Read our Raspberry Pi deployment guide — Deploy probes on low-cost hardware
- Create a Monitor — Set up more monitors to run from your private location