AWS Resource Explorer Supports 32 New Resource Types

/ Tutorial

In April 2025, AWS Resource Explorer expanded its functionality by introducing support for 32 new resource types across all AWS commercial Regions. This enhancement signifies AWS’s commitment to improving resource management and accessibility for its users. The newly supported resource types enable customers to search and manage various AWS resources more efficiently, enhancing operational efficiency and simplifying resource discovery.

Table of Contents

  1. Introduction to AWS Resource Explorer
  2. Overview of the New Resource Types
  3. Benefits of Resource Discovery in AWS
  4. How to Utilize the New Features
  5. Technical Aspects
  6. FAQs
  7. Conclusion

Introduction to AWS Resource Explorer

AWS Resource Explorer is a powerful tool that allows users to easily search for and locate AWS resources within their account. With the introduction of support for 32 new resource types, the functionality of Resource Explorer has significantly expanded, making it easier for customers to find the resources that matter most to them. This capability is particularly beneficial for businesses and developers who rely on a wide array of AWS services for their applications.

Overview of the New Resource Types

Let’s take a closer look at the 32 new resource types that are now supported in AWS Resource Explorer:

  1. apigateway:vpclinks: Links VPCs to API Gateway.
  2. appconfig:application: Represents an application managed by AWS AppConfig.
  3. appconfig:deploymentstrategy: Defines the deployment strategy in AWS AppConfig.
  4. backup:report-plan: Reports on backup plans.
  5. ce:anomalymonitor: Monitors cost anomalies.
  6. ce:anomalysubscription: Subscribes to cost anomaly notifications.
  7. cloudfront:continuous-deployment-policy: Policy for continuous deployment in CloudFront.
  8. cloudtrail:channel: Defines a CloudTrail event channel.
  9. codedeploy:application: Application setup for deployment via AWS CodeDeploy.
  10. codedeploy:deploymentconfig: Configuration for deployment processes in CodeDeploy.
  11. events:archive: Archive for event data.
  12. events:endpoint: Represents an event endpoint.
  13. gamelift:location: Location settings within AWS GameLift.
  14. groundstation:mission-profile: Mission profile configurations in AWS Ground Station.
  15. inspector:target/template: Target template for AWS Inspector assessments.
  16. iot:cacert: CA certificates for AWS IoT services.
  17. iot:cert: Device certificates in AWS IoT.
  18. iotdeviceadvisor:suitedefinition: Definitions for IoT Device Advisor validation.
  19. iotfleetwise:decoder-manifest: Manifest definitions for IoT FleetWise decoders.
  20. iotfleetwise:model-manifest: Model manifest configurations in IoT FleetWise.
  21. iotfleetwise:signal-catalog: Catalog of signals defined for IoT FleetWise.
  22. managedblockchain:accessors: Accessors in AWS Managed Blockchain.
  23. oam:sink: Configuration for Observability Access Manager sinks.
  24. omics:referenceStore: Reference data store for AWS Omics.
  25. omics:runGroup: Grouping for job runs within AWS Omics.
  26. omics:workflow: Workflow definitions in AWS Omics.
  27. personalize:solution: Solutions defined within Amazon Personalize.
  28. pipes:pipe: Represents a data pipeline in AWS.
  29. scheduler:schedule-group: Defines schedule groups in AWS Scheduler.
  30. schemas:discoverer: Discoverer for AWS Schema.
  31. transfer:certificate: Certificates in AWS Transfer Family.
  32. transfer:connector: Connectors for AWS Transfer Family.

Amazon API Gateway

Amazon API Gateway is a service that allows developers to create, publish, maintain, and secure APIs at any scale. The support for apigateway:vpclinks will enable faster integration with private resources within Virtual Private Clouds (VPCs).

AWS CloudTrail

Logging and monitoring are crucial for ensuring compliance and operational efficiency. With support for cloudtrail:channel, organizations can channel log data more effectively, enhancing their auditing capabilities.

Amazon CloudFront

The cloudfront:continuous-deployment-policy enhances deployment strategies by offering policies that streamline updates and changes to CloudFront distributions, thus minimizing service disruption.

Benefits of Resource Discovery in AWS

The ability to discover resources across AWS accounts is vital for several reasons:

  • Efficiency: Teams can quickly find resources without navigating through multiple service dashboards.
  • Cost Management: By tracking unused or underutilized resources, organizations can optimize their spending.
  • Security: Quick identification of resources is crucial for compliance and security audits.
  • Operational Agility: Enabling teams to respond swiftly to operational needs or incidents.

How to Utilize the New Features

To leverage the new resource types effectively:

  1. Familiarize Yourself with the New Types: Understanding the functionalities of each new resource is crucial for effective management.
  2. Incorporate into Workflows: Integrate these resources into existing workflows to orchestrate actions across multiple services.
  3. Adjust Monitoring Tools: Ensure your governance and monitoring tools are updated to account for the new resource types.
  4. Utilize IAM Roles: Properly set IAM roles to control access to these new resource types, ensuring security and compliance.

Technical Aspects

Integrating New Resource Types into Your Applications

To maximize the potential of these new resource types, consider the following:

  • API Integration: Use AWS SDKs to programmatically interact with the newly supported resource types. This makes it easier to automate processes.
  • Infrastructure as Code (IaC): Implement IaC with tools like AWS CloudFormation or Terraform to manage the configuration and deployments of these new resources.

Best Practices for Resource Management

  • Tagging Strategy: Adopt a consistent tagging strategy for easier identification and management of resources.
  • Regular Audits: Conduct regular audits of resources to ensure compliance and optimal usage.
  • Resource Policies: Implement resource policies to control who can access what, which is crucial for maintaining security governance.

FAQs

What is AWS Resource Explorer?

AWS Resource Explorer is a tool that allows users to search and manage AWS resources across various accounts and regions.

Why are the new resource types important?

New resource types enable better resource management, enhanced operational efficiencies, and allow users to more effectively harness the capabilities of AWS services.

How can I access the complete list of supported resources?

You can view a complete list of supported types on the AWS supported resource types page.

Conclusion

The expansion of AWS Resource Explorer to support 32 new resource types offers significant advantages for businesses utilizing AWS services. This improvement not only enhances resource discovery but also promotes better management and operational efficiency. By understanding and integrating these new capabilities, organizations can ensure they are leveraging the full spectrum of AWS resources effectively, ultimately leading to improved project outcomes and operational performance. To stay ahead in the cloud-centric landscape, embracing these updates is paramount for any organization looking to maximize their AWS investment.

Focus Keyphrase: AWS Resource Explorer supports 32 new resource types.

Learn more

More on Stackpioneers

Other Tutorials