The Dynamic Applications in the Amazon Web Services PowerPack create a "region" component device for each discovered region. For example, us-west-2 is commonly referred to as "Oregon", ap-northeast-1 is commonly referred to as "Tokyo", etc. Regions have a canonical naming scheme of:įor example, the 'us-east-1' region is located in the United States, on the east coast, and it is the #1 data center in that region.ĪWS regions are also commonly referred to by the city or state in which the data center is located. Each zone may have multiple data centers. What is an AWS Region?Īn AWS region is a geographical area made up of availability zones located within that region. AWS includes multiple products (called Services) including virtual servers, DNS, private cloud, content delivery, storage, and database products. What is AWS?Īmazon Web Services is Amazon's "Infrastructure As A Service" offering. To learn how to install OTel, see Overview of the Splunk Distribution of OpenTelemetry Collector.For more information about setting up a SL1 appliance on an Amazon Web Services EC2 instance, see the section on Deploying ScienceLogic Appliances in the Amazon Cloud.įor more information about setting up an AWS Elasticsearch, Logstash, and Kibana (ELK) stack, see the section on Monitoring AWS ELK Stacks. As a result, you might need to use both the AWS integration and OTel. Some other AWS services require you to use Infrastructure Monitoring AWS integration and AWS CloudWatch. You can only use the Collector when you have direct control over the applications installed on an AWS instance, such as AWS Elastic Compute Cloud (EC2). OTel offers much more customization than you have available with the AWS integration, so you might want to use OTel when you want to see metrics at a finer resolution or when you need more control over the metrics you import. You can also use the Splunk Distribution of OpenTelemetry Collector (OTel) to import AWS metrics and metadata. Monitor AWS with the OpenTelemetry Collector ¶ Refer to the AWS official documentation for a list of the available AWS metrics and other data, or check the metadata Observablity Cloud provides. Next, check how to monitor AWS with Infrastructure Monitoring. To learn more see Connect to AWS and send data to Splunk Observability Cloud. Set up the Infrastructure Monitoring AWS integration. Infrastructure Monitoring imports data, logs, and metadata, including tags and other properties, for the following AWS services. Manage notifications from Incident Intelligence TOGGLE.Create and manage on-call schedules TOGGLE.Ingest alerts in Incident Intelligence TOGGLE.Key concepts in Splunk Incident Intelligence.Introduction to Splunk Incident Intelligence.Use an API Test to test an endpoint TOGGLE.Use an Uptime Test to test port or HTTP uptime TOGGLE.Use a browser test to test a webpage TOGGLE.Key concepts in Splunk Synthetic Monitoring.Introduction to Splunk Synthetic Monitoring.Experiment with the demo applications for Splunk RUM for Mobile.Write custom rules for URL grouping in Splunk RUM.Error monitoring and crash aggregation in Tag spotlight.Use controls for sensitive data in Splunk RUM.Scenario: Kai troubleshoots a server failure using the Kubernetes navigator.Use Data Links to connect APM properties to relevant resources TOGGLE.Monitor Database Query Performance TOGGLE.Visualize and alert on your application in Splunk APM TOGGLE.Correlate traces to track Business Workflows TOGGLE.Analyze services with span tags and MetricSets TOGGLE.Manage services, spans, and traces in Splunk APM TOGGLE.Scenarios for troubleshooting errors and monitoring application performance using Splunk APM TOGGLE.View and manage permissions for detectors.Use and customize AutoDetect alerts and detectors TOGGLE.Alerts and detectors scenario library TOGGLE.Data types in Splunk Observability Cloud. SignalFx Smart Agent (Deprecated) TOGGLE.Splunk Distribution of OpenTelemetry Collector TOGGLE.Available host and application monitors TOGGLE.Instrument front-end applications TOGGLE.Collect infrastructure metrics and logs TOGGLE.Connect to your cloud service provider TOGGLE.Get data into Splunk Observability Cloud.Monitor subscription usage and billing TOGGLE.Send alert notifications to third-party services TOGGLE.Set up and administer Splunk Observability Cloud.Splunk Observability Cloud and the Splunk platform.
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