Statping-ng is a well-regarded open-source project in the self-hosted monitoring community. It combines uptime checking with a public status page, runs inside a Docker container, and supports SQLite, MySQL, and PostgreSQL as backends. For homelab enthusiasts and infrastructure-minded developers, it is an attractive package.
But self-hosted monitoring comes with a cost that is easy to underestimate: the operational burden of keeping the monitoring system itself alive, patched, and reliable. This guide compares Statping-ng and Vigilmon directly — what each tool does well, where each falls short, and who should be running which.
What Is Statping-ng?
Statping-ng is a community-maintained fork of the original Statping project, which went unmaintained in 2021. The -ng fork picked up active development and added features including improved Docker support, multiple database backends, and a REST API.
It is primarily a status page tool with built-in uptime checking. You deploy it on your own infrastructure, configure services to monitor (HTTP, TCP, gRPC, ICMP), and it generates a public-facing status page showing uptime history for each service.
Key characteristics:
- Docker-deployable with
docker-compose - Supports SQLite (default), MySQL, and PostgreSQL
- Public status page with SLA history
- HTTP, TCP, UDP, gRPC, ICMP check types
- Notification integrations via plugins (Slack, email, PagerDuty, etc.)
- REST API for programmatic access
- Completely free and open-source
What Is Vigilmon?
Vigilmon is a managed SaaS uptime monitor built for developers and engineering teams. You sign up, add monitors, and Vigilmon runs the checks from its own distributed infrastructure — no server, no Docker container, no database to manage.
The core architectural differentiator is multi-region consensus checking: before alerting, Vigilmon requires multiple geographically distributed probes to independently confirm an outage. A single-node connectivity issue does not trigger a page.
The Self-Hosting Trade-off
The fundamental question with any self-hosted monitoring tool is: who monitors the monitor?
Statping-ng runs on a single host. If that host loses network connectivity, runs out of disk space, has a Docker daemon crash, or gets rebooted for a kernel update, monitoring stops. Your services could be down and Statping-ng would have no way to tell you.
This is not a theoretical edge case. It is the most common failure mode for self-hosted monitoring: the monitoring server goes down at the same moment as the services it watches, or shortly after, leaving you flying blind during an incident.
Addressing this properly requires additional infrastructure: an external heartbeat service watching Statping-ng, a second monitoring node in a different datacenter, or both. At that point, the "free" self-hosted tool has accumulated meaningful ongoing cost in time and infrastructure.
Vigilmon's probe infrastructure is distributed by design. There is no single point of failure in the check path, and Vigilmon's own infrastructure is subject to the same SLA guarantees it helps its customers enforce.
Feature Comparison
| Feature | Statping-ng | Vigilmon | |---|---|---| | HTTP/HTTPS monitoring | ✅ | ✅ | | TCP monitoring | ✅ | ✅ | | UDP monitoring | ✅ | ❌ | | gRPC monitoring | ✅ | ❌ | | ICMP ping | ✅ | ❌ | | Heartbeat / cron monitoring | ❌ | ✅ | | Multi-region consensus | ❌ single node | ✅ | | Public status page | ✅ self-hosted | ✅ hosted | | Response time history | ✅ | ✅ | | Webhook notifications | ✅ via plugins | ✅ native | | Email alerts | ✅ | ✅ | | REST API | ✅ | ✅ | | Docker-deployable | ✅ | N/A (SaaS) | | SQLite/MySQL/PostgreSQL | ✅ | N/A (managed) | | Self-hostable | ✅ | ❌ | | Ongoing maintenance burden | ✅ you own it | ❌ none | | Setup time | 30–90 min | < 5 min | | Auto-updates | ❌ manual | ✅ |
Setup and Maintenance Overhead
Statping-ng Setup
A typical Statping-ng deployment requires:
- Provision a VPS or dedicated server
- Install Docker and Docker Compose
- Write a
docker-compose.yml(or pull the provided example) - Configure reverse proxy (nginx, Caddy) with SSL
- Point a domain at the server
- Set up SSL certificates via Let's Encrypt or Certbot
- Configure persistent storage for the database
- Set up automated backups for monitoring history
For an experienced Linux administrator, this is 30–60 minutes of setup plus periodic maintenance: container updates, OS patches, SSL renewal, storage cleanup as history grows.
Vigilmon Setup
- Sign up at vigilmon.online
- Click "Add Monitor" and enter the URL or host:port
- Configure alert destinations (email or webhook)
- Done — checks begin immediately
Under 5 minutes. No server, no Docker, no SSL certificate to renew.
When Self-Hosted Monitoring Makes Sense
Self-hosted monitoring is genuinely the right answer in specific scenarios:
Internal network services: If you are monitoring services that are not exposed to the public internet — databases, internal APIs, on-premises infrastructure — a monitoring agent on the same network is necessary. Statping-ng can reach services that external cloud probes cannot.
Data residency requirements: Your monitoring data never leaves your own infrastructure. For teams in regulated industries with strict data residency rules, this matters.
Homelab and personal projects: If you are already running a homelab, adding Statping-ng to an existing Docker host costs almost nothing in incremental effort and you get full control.
Cost sensitivity at scale: Statping-ng has no per-monitor pricing. If you need to monitor hundreds of services and cost is the primary constraint, self-hosted eliminates per-monitor fees.
When Managed SaaS (Vigilmon) Makes More Sense
Teams without a homelab or dedicated DevOps capacity: Maintaining a monitoring server is a real operational responsibility. For small startups, product-focused engineering teams, or solo developers, this overhead is rarely justified.
External availability monitoring: Vigilmon checks from multiple geographic regions, giving you a real picture of how your service appears to users globally — not just from one datacenter's vantage point.
Heartbeat monitoring: Statping-ng does not natively support heartbeat/dead-man's-switch monitoring (confirming that scheduled jobs and cron tasks are running). Vigilmon does.
False-positive elimination: Multi-region consensus means Vigilmon alerts only when a genuine outage is confirmed from multiple locations. Single-node tools generate false positives whenever their host has a connectivity blip.
Notification Coverage
Statping-ng supports a plugin-based notification system with many integrations: Slack, email via SMTP, PagerDuty, OpsGenie, Webhooks, and others. Plugin configuration is done through the web UI.
Vigilmon uses webhooks as the primary mechanism, plus native email. Any system that accepts an HTTP POST — Slack, PagerDuty, Discord, internal tooling — connects via Vigilmon's webhook integration.
Cost Comparison
Statping-ng itself is free, but total cost of ownership includes:
- VPS hosting: $5–$20/month (Hetzner, DigitalOcean, Linode)
- Your time: 1–3 hours initial setup, ongoing maintenance and updates
- No redundancy without significant additional effort
Vigilmon's free tier:
- Up to 5 monitors
- 3-minute check intervals
- Email and webhook alerts
- Multi-region consensus, no VPS required
For teams that already have infrastructure to host Statping-ng, the calculation is close. For teams that would need to provision a new VPS exclusively for monitoring, Vigilmon's free tier typically provides more monitoring value for less operational effort.
Conclusion
Statping-ng is a capable self-hosted option — particularly strong for teams that already run their own infrastructure, need to monitor internal network services, or require complete data ownership. The Docker-based deployment is clean and the combined status-page-plus-monitoring feature set is genuinely useful.
Vigilmon is the right choice when the monitoring system's own reliability matters, when setup time is constrained, or when teams lack the bandwidth to operate and maintain monitoring infrastructure. Multi-region consensus checking, heartbeat monitoring, and zero operational overhead are strong arguments for managed SaaS in most production environments.
Try Vigilmon free at vigilmon.online — five minutes to full coverage, no server required.
Tags: #monitoring #selfhosted #statping #devops #uptime #statuspage