IMPORTANT: No additional bug fixes or documentation updates will be released for this version. For the latest information, see the current release documentation.

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« Limitations of this release Quick start: Get application traces into the Elastic Stack »

Quick start: Get logs, metrics, and uptime data into the Elastic Stackedit

This functionality is in beta and is subject to change. The design and code is less mature than official GA features and is being provided as-is with no warranties. Beta features are not subject to the support SLA of official GA features.

This guide describes how to:

Set up Fleet
Send data to the Elastic Stack using Elastic Agent
Monitor logs and metrics from systems and services across your organization
Monitor the availability of your HTTP, TCP, and ICMP services using the Synthetics integration
Monitor Nginx logs and metrics using the Nginx integration

For feedback and questions, please contact us in the discuss forum.

Prerequisitesedit

Please read Limitations of this release.
You need Elasticsearch for storing and searching your data, and Kibana for visualizing and managing it. You can use our hosted Elasticsearch Service on Elastic Cloud (recommended), or self-manage the Elastic Stack on your own hardware.

Here’s what you need for each deployment type:
- Access to a deployment of our hosted Elasticsearch Service on Elastic Cloud. The Elasticsearch Service is available on AWS, GCP, and Azure. Try it out for free. This deployment must include an APM & Fleet node.
- User with the superuser role. See Built-in roles.
- Access to an Elasticsearch cluster and Kibana (version 7.13) with a basic license. Learn how to install the Elastic Stack on your own hardware.
- Secure, encrypted connection between Kibana and Elasticsearch. For more information, see Configure security for the Elastic Stack.
- User with the superuser role. See Built-in roles.
- In the Elasticsearch configuration, the built-in API key service must be enabled. (xpack.security.authc.api_key.enabled: true)
- In the Kibana configuration, the saved objects encryption key must be set. Fleet requires this setting in order to save API keys and encrypt them in Kibana. You can either set xpack.encryptedSavedObjects.encryptionKey to an alphanumeric value of at least 32 characters, or run the kibana-encryption-keys command to generate the key.
Example security settings

For testing purposes, you can use the following settings to get started quickly, but make sure you properly secure the Elastic Stack before sending real data.

elasticsearch.yml example:
```
xpack.security.enabled: true
xpack.security.authc.api_key.enabled: true
```
kibana.yml example:
```
xpack.security.enabled: true
xpack.encryptedSavedObjects.encryptionKey: "something_at_least_32_characters"
```

Step 1: Set up Fleetedit

Use Fleet in Kibana to get logs, metrics, and security data into the Elastic Stack.

Not using Fleet? Advanced users who want to configure and manage Elastic Agents manually can run agents standalone.

The first time you use Fleet, you might need to set it up and add a Fleet Server:

No extra setup is required. Elastic Cloud runs a hosted version of Fleet Server.

To confirm that Fleet Server is available in your deployment:

Log in to Kibana and go to Management > Fleet.
Click the Agents tab.
Under Host, confirm that Fleet Server is running and healthy.

Fleet Server is the agent enrolled in the Elastic Cloud agent policy. This policy is managed by Elastic Cloud. You cannot modify it.

Don’t see the Fleet Server agent? Make sure your deployment includes an APM & Fleet node. This node is required to use Fleet Server.

Edit page showing settings for APM & Fleet node

To deploy Fleet Server on a self-managed cluster, install an Elastic Agent and enroll it in the default Fleet Server policy. The policy is created automatically when you run Fleet for the first time.

To add Fleet Server:

Log in to Kibana and go to Management > Fleet. The first time you visit this page, it might take a minute to load.
Click Fleet settings, and in the Fleet Server hosts field, specify the URLs Elastic Agents will use to connect to Fleet Server. For example, https://192.0.2.1:8220, where 192.0.2.1 is the host IP where you will install Fleet Server.
In the Elasticsearch hosts field, specify the Elasticsearch URLs where Elastic Agents will send data. For example, https://192.0.2.0:9200.

For more information about these settings, see Fleet settings.
Save and apply the settings.
Click the Agents tab and follow the in-product instructions to add a Fleet server:

Notes:

Make sure you download an x64 architecture installation package.
After generating the service token, save it to a secure location. You might want to use this token later to scale your deployment by adding Fleet Servers. For other ways to generate service tokens, see elasticsearch-service-tokens.
The install command installs the Elastic Agent as a managed service and enrolls it in a Fleet Server policy:
```
sudo ./elastic-agent install -f --fleet-server-es=http://localhost:9200 \
--fleet-server-service-token=AAEAAWVsYXN0aWMvZmxlZXQtc2VydmVyL3Rva2VuLTE2MTkxMzg3MzIzMTg6dzEta0JDTmZUZGlDTjlwRmNVTjNVQQ
```
For more Fleet Server commands, see Command reference.

If installation is successful, you’ll see the Fleet Server Elastic Agent on the Agents tab in Fleet. Notice that the Default Fleet Server Policy is assigned to the Elastic Agent. This policy is created when you run Fleet for the first time.

For more information, see Fleet Server.

Step 2: Add an Elastic Agent to Fleetedit

Elastic Agent is a single, unified agent that you can deploy to hosts or containers to collect data and send it to the Elastic Stack. Behind the scenes, Elastic Agent runs the Beats shippers or Elastic Endpoint required for your configuration.

To send logs and metrics to the Elastic Stack:

On the Agents tab in Fleet, click Add agent.
Under Enroll in Fleet, follow the in-product installation steps.

See the download page for other installation options.

Notes:

Use the default agent policy to get started quickly. This policy includes a system integration for collecting logs and metrics from the host system. You can change the policy later.
The install command installs the Elastic Agent as a managed service, enrolls it in the selected policy, and starts the service. For example:
```
./elastic-agent install -f --url=https://10.0.2.2:8220 \
--enrollment-token=blJqaUdua0JqYXA0bmNscVVjUkE6ZGh4WWNRSHRRek9aSS1paEs2cHdFQQ==
```
Because Elastic Agent is installed as an auto-starting service, it will restart automatically if the system is rebooted.
To see where files are installed, see Installation layout.

If installation is successful, you’ll see the agent on the Agents tab in Fleet. Notice that the Default policy is assigned to the agent.

If the status hangs at Enrolling, make sure the elastic-agent process is running.

If you run into problems, see Troubleshoot common problems.

Step 3: Monitor host logs and metricsedit

Next, view the data sent by Elastic Agent. Right now, Elastic Agent is only sending data about the host system because you haven’t configured the agent to collect data from other sources yet.

To see host logs and metrics:

In Fleet, click the Data streams tab.
In the Actions column, navigate to the dashboards corresponding to the data stream. For example, to see host metrics, select one of the system datasets:

Then navigate to the [Metrics System] Host overview dashboard:

Step 4: Monitor HTTP, TCP, and ICMP servicesedit

[beta] This functionality is in beta and is subject to change. The design and code is less mature than official GA features and is being provided as-is with no warranties. Beta features are not subject to the support SLA of official GA features. Next, you’ll add the Elastic Synthetics integration, enabling you to monitor the status and response times of applications and services in real time. You can monitor the availability of network endpoints via HTTP, TCP, or ICMP.

Add the Elastic Synthetics integration to the default policy used by your agent. You use policies to manage settings across a group of agents. An agent policy may contain any number of integrations for collecting observability data from the various services running on your host.

In Kibana, go back to Management > Fleet, and click the Integrations tab. Use the search bar to find the Elastic Synthetics integration.
Click the Elastic Synthetics integration to see more details about it, then click Add Elastic Synthetics.
On the Add Elastic Synthetics integration page, select the default policy.

In this guide, you add integrations to the default policy created by Kibana. After you learn the basics, you can create your own policies and assign them to agents.

Under Configure integration, enter the integration name and select HTTP from the following monitor types:

HTTP

Connects via HTTP and verifies that the host returns the expected response.

For detailed information about HTTP options, see our Heartbeat documentation.

TCP

Connects via TCP and verifies the endpoint by sending and receiving a custom payload. By default, the hostname and port are required.

For detailed information about TCP options, see our Heartbeat documentation.

ICMP

Uses an ICMP v4 and v6 Echo Request to ping the configured hosts. By default, the host name is required.

For detailed information about ICMP options, see our Heartbeat documentation.

Enter the URL you want to monitor for availability and select a monitor interval in seconds or minutes. By default, a monitoring schedule of every 3 minutes is selected.
The HTTP and TCP monitor types both support TLS. Under TLS settings, select Enable TLS configuration. Click the down arrow next to advanced HTTP or TCP options, and then enter your required settings.
When you’re done, click Save integration to deploy the changes.
To see the updated policy, click the Policies tab, then click the Default policy link.

The newly added Elastic Synthetics integration should appear under Integrations in the default policy, along with the system-1 integration.

All Elastic Agents that use this policy will collect logs, metrics, and uptime data from the host.
To view the data in the Uptime app, go to Observability > Uptime.

Step 5: Monitor Nginx logs and metricsedit

Next, you’ll browse a catalog of integrations, then add an Nginx integration to the default policy used by your agent.

For these steps, we assume that you have nginx running on some of your infrastructure, and want to collect logs and metrics from it.

In Kibana, go back to Management > Fleet, and click the Integrations tab. Use the search bar to find the Nginx integration.
Click the Nginx integration to see more details about it, then click Add Nginx.
On the Add Nginx integration page, select the default policy.

In this guide, you add integrations to the default policy created by Kibana. After you learn the basics, you can create your own policies and assign them to agents.
Under Configure integration, click the down arrow next to enabled streams and make sure the Paths are correct for your host. Inspect or change other settings
When you’re done, save and deploy the changes.
To see the updated policy, click the Policies tab, then click the Default policy link.

The newly added Nginx integration should appear under Integrations in the default policy, along with the system-1 and synthetics-1 integrations.

All Elastic Agents that use this policy will collect logs and metrics from the Nginx server and the host, along with uptime data.
To view the data, click the Data streams tab.
In the Actions column, navigate to the dashboards corresponding to the data stream.

What’s next?edit

Now that data is streaming into the Elastic Stack, take your investigation to a deeper level! Use Elastic Observability to unify your logs, metrics, uptime, and application performance data.
Want to protect your endpoints from security threats? Try Elastic Security. Adding endpoint protection is just another integration that you add to the agent policy!
Are your eyes bleary from staring at a wall of screens? Create alerts and find out about problems while sipping your favorite beverage poolside.
Want Elastic to do the heavy lifting? Use machine learning to detect anomalies.
Got everything working like you want it? Roll out your agent policies to other hosts by deploying Elastic Agents across your infrastructure!

« Limitations of this release Quick start: Get application traces into the Elastic Stack »