rogueai/synology-fritzbox-grafana

influxDB, Grafana, collectd, FritzBox, snmp and telegraf

Synology NAS and FRITZ!Box Router monitoring

This project builds on the template from https://github.com/alhazmy13/Synology-NAS-monitoring. The Docker container was built with Debian 11 (Bullseye) and the latest packages:

• TELEGRAF => 1.21.2-1
• INFLUXDB => 1.8.10
• GRAFANA => 8.1.2
• CHRONOGRAF => 1.9.1

Synology NAS Dashboard

This dashboard was created by "alhazmy13": https://grafana.com/grafana/dashboards/14590 (Synology DashBoard by alhazmy13)

FRITZ!Box Router Dashboard

This dashboard was created by "Christian Fetzer": https://grafana.com/grafana/dashboards/713 (FRITZ!Box Router Status by Christian Fetzer)

Requirements

• Installation of Docker on Synology NAS
• Enable SNMP on Synology NAS
• Enable Logging on Synology NAS
• Adding folders on Synology NAS to store data
• Add FRITZ!Box user for query status

Installing Docker on Synology NAS

1. Install Docker from Synology package center

Enable SNMP on Synology NAS

1. From Control panel in your Synology NAS go to Terminal & SNMP
2. Click on SNMP tab, and enable SNMPv1, SNMPv2 service
3. in Community input put public
4. Save

Create needed folders on Synology NAS

1. Create four empty folders in your Synology collectd, collectd-conf.d, grafana and influxdb (On Synology NAS under "docker")

Create collectd FRITZ!Box Router file

1. Create a file with the FRITZ!Box user login data (Template: https://github.com/TheCry/synology-fritzbox-grafana/blob/main/collectd-fritzbox/fritzcollectd.conf)
2. Upload "fritzcollectd.conf" on the Synology NAS to the created folder "collectd-conf.d"

Run Docker image in your Synology NAS

1. Open Docker client from Synology > Image > Add > Add from url and paste Hub page url "https://hub.docker.com/r/space2place/synology-fritzbox-grafana"
2. Wait until it finishes downloading the image
3. Click on the image "space2place/synology-fritzbox-grafana" and then click on Launch
4. Click on Advanced Settings and check "Enable auto-restart."
5. From the Volume tab, click "Add folder" and select the first folder that we created, "collectd" and on mount Path, paste /var/lib/collectd
6. From the Volume tab again, click "Add Folder" and select the second folder that we created "collectd-conf.d" and on mount Path paste /etc/collectd/collectd.conf.d
7. From the Volume tab again, click "Add folder" and select the third folder that we created, "grafana" and on mount Path, paste /var/lib/grafana
8. From the Volume tab again, click "Add Folder" and select the fourth folder that we created "influxdb" and on mount Path paste /var/lib/influxdb

9. Network Tab keep it in bridge mode
10. Port settings, just change Local port for 3003 from Auto to 3003, and port 514 from Auto to 5144

11. Environment Tab > Add new variable "TZ" with your local time zone ignore this if you want to use the default UTC
12. Apply, Next, Done and your container should be ready.

Start Grafana

1. Open http://YOUR_LOCAL_NAS_IP:3003 and login with the default username root and password root
2. You need to import the Synology NAS dashboard. To do this, go to http://YOUR_LOCAL_NAS_IP:3003/dashboard/import and put 14590 in "Import via grafana.com" input
3. Attach the "Data Source" InfluxDB-Synonlogy to the Synology NAS dashboard
4. Click on load and complete the process
5. You need to import the FRITZ!Box Router dashboard. To do this, go to http://YOUR_LOCAL_NAS_IP:3003/dashboard/import and put 713 in "Import via grafana.com" input
6. Attach the "Data Source" InfluxDB-FritzBox to the FRITZ!Box Router dashboard
7. Click on load and complete the process

Enable Logging

1. Install Log center From Synology package center
2. Open Log center app
3. Click on Log Sending > check "Send log to syslog server"
4. Set Server = localhost, port = 5144, Protocol = UDP, Format = BSD (RFC 3164)
5. For testing, click on "Send test log"
6. Apply

Using graphs in external tools like ioBroker

Yes it is possible. Grafana is configured with allow_embedding = true and auth.anonymous.