The above is an example of settings for obtaining MIB information of a white Box switch using SNMP and visualization of the Grafana dashboard. Follow the instructions in the image below. Grafana 6 : Create a Cisco Switch Dashboard with the InfluxDB 1.9/Telegraf Data Source, Create MySQL Data Source, Collector and Dashboard, Install Loki Binary and Start as a Service, Install Promtail Binary and Start as a Service, Annotation Queries Linking the Log and Graph Panels, Install Prometheus Service and Data Source, Setup Grafana Metrics Prometheus Dashboard, Install Telegraf and configure for InfluxDB, Create A Dashboard For Linux System Metrics, Install SNMP Agent and Configure Telegraf SNMP Input, Add Multiple SNMP Agents to Telegraf Config, Import an SNMP Dashboard for InfluxDB and Telegraf, Setup an Advanced Elasticsearch Dashboard, https://www.udemy.com/course/zabbix-monitoring/?couponCode=607976806882D016D221, https://www.udemy.com/course/grafana-tutorial/?couponCode=D04B41D2EF297CC83032, https://www.udemy.com/course/prometheus/?couponCode=EB3123B9535131F1237F, https://www.udemy.com/course/threejs-tutorials/?couponCode=416F66CD4614B1E0FD02, SHOW TAG VALUES from "interface" with key = "ifDescr". 1026 is my personal UID value and 100 is my personal GID value. (Select your current Time Zone from this list.). Then go to the grafana webGUI create a new dashboard: The following adjustments have been made to the default settings to produce this graph: The SysUpTime OID returns an integer value of hundredths of seconds since the system was last initialised. Choose Select from a list of built-in applications then click Select. Performance testing. In the second job snmp we have setup network interface (module if_mib) probing of a couple of SNMP-enabled devices (targets). On this page, we offer quick access to a list of Grafana tutorials. Kindly be informed the Grafana UI could differ from each other, depending on the version of Grafana installed. I want to give a huge shout out to my two amazing colleagues Eldin Nikocevic and Richard RichiH Hartmann for their input on this post! To do so, try the steps below. Use the following SQL command to create a database user named grafana. If everything goes right, you will see the following message at the top right of your screen: Success Stack successfully deployed. Add a new row: instantly creates a dashboard with a new empty row. DATABASE: telegraf. On the Linux console, use the following commands to install the MySQL database service. The device you are trying to monitor must support reporting device data through SNMP protocol. how to enable SNMP on Linux machines guide, How to configure the SNMP integration in Grafana Cloud, How to monitor SNMP devices with Grafana Cloud, Learn more about the Grafana Cloud SNMP integration, A Grafana Cloud account is required to use the SNMP integration. Fully managed. In monitoring, a target system or device is a deciding factor in designing your monitoring stack. On this screen, select the Add query option. As a test, let's connect to the InfluxDB installed locally. If you want to monitor SNMP through the Telegraf docker, I found you have to map the hosts MIB store (in my case, /usr/share/snmp/mibs on CentOS7) to /usr/share/mibs/netsnmp in the docker-compose.yml to let it use the MIBs. We'll demo all the highlights of the major release: new and updated visualizations and themes, data source improvements, and Enterprise features. Device IP address: 172.31.41.29 Click Upload JSON file and upload your Synology_Dashboard.json file that you have previously downloaded at STEP 33. I want to monitor aruba switch on my business. Here is an image of the query that I created to monitor the network interface eth0 output. Install the required software to enable SNMP monitoring. The software stores all its data in a time series database and offers a multi-dimensional data-model and a powerful query language to generate reports of the monitored resources. In Grafana 7.2 and later, the $__rate_interval variable is recommended for use in the rateand increase functions. Powered by Discourse, best viewed with JavaScript enabled,