Google Cloud Router

Supported by Dynatrace

Get insights into Google Cloud Router service metrics collected from the Google Operations API to ensure health of the cloud infrastructure.

Overview
Get started
Details
Metrics
Versions
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This Dynatrace extension leverages data collected from the Google Operations API to constantly monitor health and performance of Google Cloud Router services. This extension combines all relevant data into pre-configured dashboards and provides alerting and event tracking.

This is intended for users, who want to:

enrich their monitoring data with metrics and logs from Google Operations API

This enables you to:

View and analyze 12 metrics that are specific to Google Cloud Router, like Allocated ports, Closed connections count, Received packets dropped count, and more.
Build custom dashboards for your cloud infrastructure.
Analyze Google Cloud Router logs.
Set custom alerts that trigger remediation workflows.

Google Cloud Router metric and log ingestion requires advanced GCP integration.

Compatibility requirements

Dynatrace GCP integration version 1.0.0+. To enable metric and log ingestion, see Dynatrace Documentation.
Dynatrace version 1.256+

Get started

To add this extension to your environment:

Follow the instructions detailed in Dynatrace Documentation. (Ignore the “Add to environment” button below.)
Ensure that you have GCP integration running in your environment and that Google Cloud Router service is configured.

Following GCP integration and Google Cloud Router configuration:

The first data points will be ingested by Dynatrace Davis within ~5 minutes.
Explore Google Cloud Router metrics in Data Explorer and create custom charts.
Set custom events for alerting.

Details

This extension package contains:

Configuration for Google Cloud Router metric ingest based on your selected feature set (see the full list of feature sets and metrics)
Topology mapping and service instance analysis view

To provide correlation and causation analysis all ingested metrics and logs are analyzed by the Dynatrace Davis AI engine, which consumes DDUs.