Many organizations now operate under strict data governance requirements—whether driven by the EU’s General Data Protection Regulation (GDPR), Digital Operational Resilience Act (DORA), or NIS2 directive, by other national security classifications, or by sector-specific regulations in financial services, healthcare, government, and defense. These organizations, like everyone today, are increasingly seeking to adopt AI-powered infrastructure management and intelligence, but regulatory constraints mean they must figure out how to do so without sending data to the cloud.

Red Hat Lightspeed (formerly Red Hat Insights) is a predictive analytics service that provides proactive infrastructure health analysis, vulnerability scanning reporting, and remediation guidance. But for disconnected, air-gapped, or privacy-sensitive and regulated environments, sending host telemetry to an external cloud service is a no-go, and may not even be physically possible.

Red Hat Satellite 6.19 can help solve this problem. With the Red Hat Lightspeed on premise capability, the advisor engine, vulnerability analysis, host inventory, Kafka message bus, API gateway, and remediation framework all run as a set of containerized microservices directly on your Satellite server. No data leaves your infrastructure. We plan to bring even more functionality for Red Hat Lightspeed on premise in future versions.

NOTE: This feature was originally referred to as Insights on Premises, or IOP. For the purposes of backend compatibility and integration, various individual container images, such as iop-gateway-rhel9:6.19, along with other artifacts, retain this original naming convention within the internal service architecture.

Built for data sovereignty 

Red Hat Lightspeed on premise is suitable for environments subject to:

When Red Hat Lightspeed on premise is enabled:

  • All host telemetry stays local. Facts, package lists, vulnerability assessments, and advisor recommendations are processed and stored in Satellite's PostgreSQL database. Nothing is transmitted externally.
  • CVE data is a controlled import. The vulnerability service uses a static cvemap.xml file. If you are in a completely disconnected environment, you can download this file and transfer it on your own schedule. You decide when and how security metadata enters your environment.
  • Not a single bit goes to the cloud. Red Hat Lightspeed on premise services have no outbound network requirements. They operate identically whether Satellite has internet access or sits in a fully air-gapped network.

Installing Red Hat Lightspeed on premise

The prerequisites for installation are:

  • Red Hat Satellite 6.19 (or 6.18+) installed and operational
  • Internal databases (Red Hat Lightspeed on premise cannot be used with external PostgreSQL)
  • Sufficient free resources: the 19 Red Lightspeed on premise containers add approximately 4 to 6 GB of memory usage and some CPU usage as well

Please note that the Satellite service will restart as part of the setup process, so you should perform these steps during a planned maintenance window.

To initiate the setup in a connected environment, simply execute the following command on the Satellite server: 

#satellite-installer --enable-iop

The installer will:

  1. Pull container images from registry.redhat.io
  2. Create the iop-core-network Podman network
  3. Deploy and start all Red Hat Lightspeed on premise services as systemd-managed Podman quadlets
  4. Configure the Satellite web UI to display the Red Hat Lightspeed menu items
  5. Create Kafka topics for inter-service messaging

The process takes approximately 10 to 15 minutes, depending on network speed for the image pulls. 

In a connected environment, CVE data will be populated automatically. 

To begin installation from a disconnected or air-gapped environment, load the container images from the Satellite ISO. If you installed Satellite in a disconnected environment, all of these necessary container images will be included in this ISO:

#cd /media/sat6/
.#/setup_containers

This loads the Red Hat Lightspeed on premise container images into the local Podman storage.

Next, enable Red Hat Lightspeed on premise:

#satellite-installer --enable-iop

Now you’ll want to transfer CVE data. On an internet-connected host, download the appropriate file:

#curl -o cvemap.xml https://security.access.redhat.com/data/meta/v1/cvemap.xml

Transfer cvemap.xml to the Satellite server using your approved secure transfer method, then:

#cp cvemap.xml /var/lib/foreman/

This file is approximately 50 MB.

In a disconnected environment, data must be manually refreshed periodically (weekly or as part of your patch management cycle) to keep vulnerability data current.

Using Red Hat Lightspeed on premise

If everything is installed correctly, the Red Hat Lightspeed panel in the Satellite GUI will point to the local installation. The Recommendations tab should now be visible after the install, as shown in Figure 1. In this example, there are currently no systems affected by any recommendations. 

The Recommendations tab in the Red Hat Lightspeed panel.

Figure 1. The Recommendations tab in the Red Hat Lightspeed panel.

You can also take a look at the Vulnerabilities tab. In the example in Figure 2, currently no systems have identified CVEs.

The Vulnerabilities tab in the Red Hat Lightspeed panel.

Figure 2. Screenshot showing the Vulnerabilities tab in the Red Hat Lightspeed panel. 

Registering hosts

The next step is to register hosts to Red Hat Lightspeed on premise. If a host is already registered to your Satellite server, use these commands:

#sudo dnf install insights-client
#sudo insights-client --register

It is a good idea to use the remote execution feature of Satellite or Red Hat Ansible Automation Platform to install clients on a mass scale. 

If you just need to force data to upload when a system is already registered to Red Hat Lightspeed, use this command: 

#sudo insights-client

For new hosts, use the Satellite UI registration workflow:

  1. Navigate to Hosts > Register Host
  2. Generate a registration script
  3. Set Setup Red Hat Lightspeed to Yes (override)
  4. Run the generated script on the target host

After registration, host facts and package data are collected by the insights-client.

Once Red Hat Lightspeed is successfully populated with intelligence and hosts are registered and are able to send the data to Red Hat Lightspeed on premise, advisor recommendations and vulnerability assessments will begin to surface within the dashboard. For instance, as Figure 3 illustrates, in a scenario where a Leapp pre-upgrade check has been performed on a node, an in-place upgrade inhibitor will be flagged among the recommendations. Should a misconfiguration occur, the Recommendations tab in the Red Hat Lightspeed panel will show a clearly worded description of the issue and provide a starting point for building a remediation plan. This highlights the platform's remediation capabilities, designed to streamline and accelerate major Red Hat Enterprise Linux release upgrades being installed simultaneously across extensive server fleets.

Red Hat Lightspeed offers recommendations on problems and potential remediation.

Figure 3. Red Hat Lightspeed offers recommendations on problems and potential remediation. 

Figure 4 illustrates Red Hat Lightspeed’s vulnerability assessments. Should a CVE be identified, the user can take action within the Vulnerabilities tab of the Red Hat Lightspeed panel to learn more and plan a remediation.

Learning more about specific problems on the Vulnerabilities tab within Red Hat Lightspeed.

Figure 4. The Vulnerabilities panel within Red Hat Lightspeed. 

Next steps

For information and important deployment-specific details regarding setting up your Red Hat Lightspeed on premise environment, please be sure to visit our documentation hub to learn more. Have a question about how Red Hat Lightspeed on premise would work in your organization? Give us a shout at satellite@redhat.com

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저자 소개

Štefan is a Technical Account Manager at Red Hat, where he started in 2015 in Technical Support for Satellite and systems management. He specializes in helping telecommunications providers modernize and automate large-scale infrastructure using Red Hat technologies, with a focus on RHEL, Satellite, automation, and AI-driven operations.

As a trusted technical advisor for major EMEA telecommunications customers, Štefan partners with engineering, operations, and leadership teams to solve complex technical challenges and drive successful technology adoption. His experience spans solution architecture, infrastructure modernization, operational automation, and customer success across some of Europe's largest telecom environments.

In recent years, he has focused on practical applications of AI — building agentic workflows that integrate large language models with enterprise infrastructure platforms via MCP servers to improve operational efficiency and decision-making.

A regular speaker at customer workshops, user groups, and technical events, Štefan is passionate about making emerging technologies accessible and delivering measurable business value through innovation.

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