Lynx · Server & container monitoring
A lightweight agent on every server and container. It learns what normal looks like and alerts you only when something is actually wrong.
Free up to 5 nodes. Linux and Docker.
# Install on any Linux server $ curl -sL https://luviner.com/install-lynx.sh | bash # Done. Monitoring is live. ✓ Agent installed (3.4 MB) ✓ Learning baseline... done (5 min) ✓ Monitoring active. Dashboard: https://luviner.com
CPU at 95% on Friday night is the backup, not an emergency. Lynx knows that.
| Situation | Static thresholds | Lynx |
|---|---|---|
| Who decides what is normal | You, by hand, server by server | Lynx, on its own |
| Friday backup, CPU at 95% | Alert | Silence: that's normal |
| Slow memory leak | You find out at the crash | Alert days before |
| Deploy: 5 servers spike together | 5 alerts | No alert: the nodes recognise the deploy |
Each server learns its own normal. It adapts on its own to deploys, seasonality and new machines.
Memory leaks, filling disks, slowing performance: caught days before the crash.
Nodes vote. Five servers spiking together: a deploy. One alone: a problem.
Under 5 MB of RAM, under 0.1% CPU. Raw metrics stay on your server.
One model per container. New containers are picked up within 30 seconds.
# Install with Docker monitoring $ curl -sL https://luviner.com/install-lynx.sh | bash -s -- --docker # Or run Lynx itself as a container $ docker run -d \ -v /var/run/docker.sock:/var/run/docker.sock \ -e LYNX_DASHBOARD_URL=https://luviner.com \ -e LYNX_API_TOKEN=your_token \ luviner/lynx:0.1.0 --docker
One command. The agent installs and registers itself.
It watches the server for 5 minutes and learns what normal is.
Continuous monitoring, real-time alerts.
With several servers, nodes tell a deploy from a real fault.
Native on Linux: Ubuntu, Debian, RHEL, x86_64 and aarch64. On macOS the same command runs Lynx in Docker (Docker Desktop required).
Lynx runs on Vivi, our proprietary AI engine.
Up to 5 nodes
Up to 25 monitored nodes
Up to 100 nodes
Up to 500 monitored nodes