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Monitoring & alerts

See hardware health and bandwidth at a glance

The control panel shows each server's bandwidth and hardware health, and email alerts tell you when something needs attention. Pair it with your own monitoring inside the OS for full coverage.

Monitoring & alerts at a glance

Bandwidth graphs
Inbound and outbound, per server
Hardware health
Per server, in the control panel
Alerts
By email
Price
Included
Traffic billing
Unmetered, graphs are for visibility
Hardware replacement
Spare parts on site in every location

Highlights

Bandwidth graphs

Inbound and outbound traffic per server, so you can spot peaks, trends and unusual spikes.

Hardware health

Hardware health status for each server, so a failing component shows up in the panel instead of as a surprise.

Email alerts

Get an email when something needs your attention, without having to watch the panel.

Engineers on call

When hardware fails, our 24/7 engineers replace parts from spares kept on site in every location.

How it works

Monitoring & alerts, step by step.

  1. 1

    Data is collected

    We collect port traffic and hardware health for each of your servers.

  2. 2

    Graphs in the panel

    View bandwidth and hardware health per server in the control panel.

  3. 3

    Alerts by email

    Receive an email when something needs your attention.

  4. 4

    Act on it

    Open a ticket for hardware issues, or dig into your own metrics for the OS and applications.

In detail

What you should know.

01

What the panel monitors, and what you should

The FlexDedi panel watches the layers you can't see well from inside the OS: the hardware and the network port. Bandwidth graphs show inbound and outbound traffic per server, hardware health shows whether components are reporting problems, and email alerts make sure an issue doesn't wait for you to log in.

Everything above the hardware is yours to monitor, because servers are unmanaged. A practical baseline:

  • Metrics: Prometheus with node_exporter, or your preferred agent, for CPU, memory, disk and network inside the OS.
  • Disks: smartctl and nvme smart-log for drive wear and errors, plus /proc/mdstat or zpool status for RAID health.
  • Services: health checks on the ports and endpoints your users depend on, run from outside the server.
  • Logs: the systemd journal shipped to a central store over the private network.

The two views complement each other: the panel covers hardware and port-level issues, and your own monitoring covers the OS and your applications.

02

Reading bandwidth graphs

Bandwidth graphs answer practical questions quickly:

  • Is the port the bottleneck? Sustained traffic close to the port speed (10, 25, 2 × 25 or 2 × 100 Gbps depending on the server) means it is time to add servers or move to a server with a faster port.
  • Is this an attack or a launch? A jump in inbound traffic without a matching rise in requests or outbound traffic deserves a look. Always-on DDoS protection filters floods at the network edge, and our engineers can investigate with you if service is affected.
  • Is something leaking data? Unexpected outbound traffic at odd hours can mean a compromised service or a misconfigured backup job.

Traffic is unmetered on every server, so the graphs are for visibility, not billing: there is no monthly cap to watch and no overage to avoid. For per-process or per-connection detail, use tools such as iftop or nload, or your own Prometheus metrics.

FAQ

Monitoring & alerts, answered.

What does FlexDedi monitor for me?

The control panel shows bandwidth graphs and hardware health for each of your servers and sends alerts by email. Monitoring inside the operating system, such as CPU load, disk space and application health, is up to you, since servers are unmanaged.

Does monitoring cost extra?

No. Bandwidth graphs, hardware health and email alerts are included with every server. Traffic itself is unmetered, so the graphs are there for visibility rather than billing.

What happens if hardware fails?

Open a support ticket: engineers are available 24/7. Spare parts are kept on site in every location, so failed components can be replaced quickly. With software RAID, the array keeps running on the remaining drive while the failed one is replaced.

Which tools should I run on the server itself?

A common baseline is Prometheus with node_exporter and Grafana for metrics, smartctl and nvme-cli for drive health, and external uptime checks for your public endpoints. Keep collectors on the private network so internal monitoring traffic stays off public interfaces.

Still have a question?Tickets for customers, written quotes for projects.How to reach us

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