- Observability: other versions:
- What is Elastic Observability?
- What’s new in 8.14
- Get started
- Observability AI Assistant
- Application performance monitoring (APM)
- Self manage APM Server
- Data Model
- Features
- Navigate the APM UI
- Perform common tasks in the APM UI
- Configure APM agents with central config
- Control access to APM data
- Create an alert
- Create and upload source maps (RUM)
- Create custom links
- Filter data
- Find transaction latency and failure correlations
- Identify deployment details for APM agents
- Integrate with machine learning
- Explore mobile sessions with Discover
- Observe Lambda functions
- Query your data
- Storage Explorer
- Track deployments with annotations
- OpenTelemetry integration
- Manage storage
- Configure
- Advanced setup
- Secure communication
- Monitor
- APM Server API
- APM UI API
- Troubleshoot
- Upgrade
- Release notes
- Known issues
- Log monitoring
- Infrastructure monitoring
- AWS monitoring
- Azure monitoring
- Synthetic monitoring
- Get started
- Scripting browser monitors
- Configure lightweight monitors
- Manage monitors
- Work with params and secrets
- Analyze monitor data
- Monitor resources on private networks
- Use the CLI
- Configure projects
- Configure Synthetics settings
- Grant users access to secured resources
- Manage data retention
- Use Synthetics with traffic filters
- Migrate from the Elastic Synthetics integration
- Scale and architect a deployment
- Synthetics support matrix
- Synthetics Encryption and Security
- Troubleshooting
- Uptime monitoring
- Real user monitoring
- Universal Profiling
- Alerting
- Service-level objectives (SLOs)
- Cases
- CI/CD observability
- Troubleshooting
- Fields reference
- Tutorials
Switch to the Elastic APM integration
editSwitch to the Elastic APM integration
editThe APM integration offers a number of benefits over the standalone method of running APM Server:
Fleet:
- A single, unified way to add monitoring for logs, metrics, traces, and other types of data to each host — install one thing instead of multiple
- Central, unified configuration management — no need to edit multiple configuration files
Data streams:
- Reduced number of fields per index, better space efficiency, and faster queries
- More granular data control
- Errors and metrics data streams are shared with other data sources — which means better long-term integration with the logs and metrics apps
- Removes template inheritance for ILM policies and makes use of new Elasticsearch index and component templates
-
Fixes
resource 'apm-8.14.3-$type' exists, but it is not an aliaserror
APM Integration:
- Easier to install APM on edge machines
- Improved source map handling and APM agent configuration management
- Less configuration
- Easier and less error-prone upgrade path
- Zero-downtime configuration changes
APM integration architecture
editElastic APM consists of four components: APM agents, the Elastic APM integration, Elasticsearch, and Kibana. Generally, there are two ways that these four components can work together:
APM agents on edge machines send data to a centrally hosted APM integration:
Or, APM agents and the APM integration live on edge machines and enroll via a centrally hosted Elastic Agent:
In order to collect data from RUM and mobile agents, which run in browser and mobile applications, you must run Elastic Agent centrally. For other applications, such as backend services, Elastic Agent may be co-located on the edge machine.
Limitations
editThere are some limitations to be aware of:
- This change cannot be reverted
- Currently, only the Elasticsearch output is supported
- APM runs under Elastic Agent which, depending on the installation method, might require root privileges
- An Elastic Agent with the APM integration enabled must be managed by Fleet.
Make the switch
editSelect a guide below to get started.