PingIQ
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Probe installation

Install the PingIQ probe on Windows or Linux.

What the probe needs

  • An always-on Windows (8.1/Server 2012 R2 or newer) or Linux machine on the LAN you want to monitor
  • Outbound HTTPS (443) to your PingIQ cloud URL — no inbound ports, no firewall changes
  • Python 3.11+ — installed automatically if missing (portable install on Windows, system packages on Linux)
  • Reachability to the devices it should monitor (ICMP, and SNMP/UDP 161 where used)

Download

Dashboard → Probes → Add probe gives you a zip pre-configured with your tenant key and cloud URL. Everything below is inside it.

Windows

  • The installer detects Python (or downloads a portable copy), installs dependencies, and starts the probe
  • The watchdog is a Scheduled Task that checks every 3 minutes and relaunches the probe if it stopped — it covers reboots, crashes and interrupted updates, with no console windows
  • Run-PingIQ.bat starts the probe manually any time; starting it twice is harmless (the second instance exits cleanly)
  • Running the installer without Administrator works too — the watchdog then runs with standard privileges
Run as Administrator (recommended)
1. Extract the zip
2. Double-click install.bat
3. Answer Y to "Enable watchdog?"

Linux

  • Installs Python 3 via your package manager if needed, then puts dependencies in a private venv inside the probe folder — works on PEP 668 "externally managed" systems (Raspberry Pi OS, Debian 12+, Ubuntu 23.04+) without touching system packages
  • Registers a systemd service with automatic restart — supervision is built in
  • Logs: journalctl -u pingiq-probe -f
  • Raspberry Pi works great as a probe host — any Pi 3 or newer with Raspberry Pi OS
From the extracted zip
chmod +x PingIQ-Setup.sh
sudo ./PingIQ-Setup.sh

Verify

Within a minute the probe appears online under Dashboard → Probes, showing its version, last heartbeat and code-integrity status. Discovery results follow within 15 minutes.

The probe buffers results locally during internet outages and uploads when connectivity returns — short WAN blips don't create monitoring gaps.