Related Content

2 min

Related Content is an AI-powered feature in Splunk Observability Cloud that automatically surfaces contextually relevant information as you navigate through your observability data. Instead of manually searching for related dashboards, detectors, or traces, the AI engine analyzes your current context and presents the most relevant resources.

The AI engine considers multiple factors:

Key Benefits

  1. Faster Navigation: Jump directly to related resources without manual searching
  2. Discover Hidden Relationships: Find connections you might not have known existed
  3. Streamlined Investigations: Follow the AI-suggested path during incident response
  4. Knowledge Discovery: Learn about dashboards and detectors created by other teams

Related Content appears in several places throughout the platform:

Hands-On Exercise

Exercise

  1. Navigate to APMServices in your Splunk Observability Cloud organization
  2. Select any service from the list
  3. Look for the Related Content section (typically on the right sidebar or bottom of the page)
  4. Notice the types of resources suggested:
    • Related dashboards
    • Related detectors
    • Connected services
    • Infrastructure components
  5. Click on one of the suggested items and observe how the context changes
  6. Check the Related Content in the new view - notice how it adapts to your current context

Understanding the Recommendations

When you see Related Content suggestions, consider:

Best Practices

To get the most from Related Content:

  1. Use consistent naming conventions for services, dashboards, and detectors
  2. Apply comprehensive tags to your resources
  3. Leverage custom properties to create semantic relationships
  4. Follow the suggestions during investigations to discover new insights

Tip

The more you use Splunk Observability Cloud with consistent tagging and naming, the better the Related Content AI becomes at surfacing relevant information.

Next Steps

Now that you understand Related Content, let’s explore how AutoDetect uses ML to automatically create intelligent detectors.