The Telegraf Agent for Windows and Linux pulls data from the OS via Input Plugins. This is where you'd perform other Telegraf Agent actions as well, like Start/Stop. The install was successful, the Telegraf Agent should now be running. Now that we've deployed our Telegraf Agents, what do they look like? Here you can see the Windows VM we installed the Telegraf Agent on.

I'm running Telegraf Agents on some VMs in my environment and wanted to see their status without going to the Workload Operations - Applications - Manage Telegraf Agents page. When Telegraf Agents are down the value of the Availability metric will be 0. As you can see I have 5 total Telegraf Agents and 4 of them are healthy. The unhealthy one is the Telegraf Agent on the "mongodb-8-1" VM.

monitoring Oracle Database with vRTVS a couple years ago, but there is another way to monitor as well, Telegraf Go to Environment - Applications - Manage Telegraf Agents and install the Telegraf Agent on the VM/s Once installed, the Telegraf Agent will discover Oracle at which point we can configure the Telegraf Documentation on Telegraf Agent configuration for Oracle Database and more can be found here, enjoy!

Telegraf Agents are a great way to capture OS-level metrics, monitor services and processes, and gain Aria Operations 8.12 (and Aria Operations SaaS January 2023 ) we now have HA for data collection from Telegraf Let's install a Telegraf Agent. Click Install and you are presented with an option to associate your Telegraf Agent with a Cloud Proxy Quite an improvement from older releases that required manually load balancing of Telegraf Agents and

Telegraf Agents are installed on your VMs. Go to Environment - Applications - Manage Telegraf Agents to see them. within the Telegraf Agent itself. The Telegraf Agent is a child of the VM and the HTTP Check object is a child of the Telegraf Agent. Telegraf Agents are powerful, use them!

Years ago we had Hyperic Agents, then we had Endpoint Operations Agents, and now we have Telegraf Agents As of vRealize Operations (vROps) 7.5, VMware is using Telegraf technology as its Agent-based solution This blog will discuss the Telegraf Agent for Windows, which is to say the Telegraf Agent framework and You are now monitoring Windows Services with vROps and the Telegraf Agent! In our next blog we'll explore the Telegraf Agent for Linux.

Telegraf Agents! Let's install the Telegraf Agent on a Linux server with an NFS mount to and explore. Exploring a Windows VM, let's install the Telegraf Agent. This is just one use case for Telegraf Agents, but a very powerful one. Telegraf Agents capture quite a few more metrics as well, they can be found here .

We can do it in Aria Operations with the Telegraf Agent. Click MANAGE AGENTS to see all Telegraf Agents. You'll notice that the Telegraf Agent is already capturing two Windows processes, namely _Total and telegraf , in my case C:\VMware\UCP\ucp-telegraf. Back to Telegraf, this is what the monitor looks like.

As you've probably discovered, we don't have a Management Pack for Redis, so we'll use a Telegraf Agent We've discussed using Telegraf Agents several times before , but not yet for Redis or in Operations 8.18 Search for the VM you'd like to install the Telegraf Agent on. Select the three dots and Install. Took a couple minutes and the Telegraf Agent installation is complete. At this point you've installed the Telegraf Agent on the VM, which gives you OS metrics.

There are two options: Service Discovery Management Pack (SDMP) Telegraf Agents We discussed SDMP in The more robust solution is to deploy Telegraf Agents. Upon installation, the Telegraf Agent will discover AD services running on the VM. These are the six different AD objects captured by the Telegraf Agent. We can create Alerts against any AD objects and metrics the Telegraf Agent has discovered.