What's New with CloudKeeper?

We have improved the Excel export functionality to make it more organized and user-friendly.

Detects Cloud Run services with no requests, that may still be running instances due to min_instances or manual instance settings. Updating configuration or deleting these idle services reduces unnecessary compute, storage, and operational overhead.

Identifies Google Cloud Filestore instances with zero read/write activity, helping detect storage that is incurring costs without being used. Removing these idle instances enables immediate cost savings and improves overall storage governance and environment hygiene.

Identifies VPN gateways with no traffic, which continue to incur hourly and IP costs despite being unused. Deleting these idle gateways and their tunnels after verification reduces unnecessary network charges and simplifies cloud infrastructure.

Identifies non-boot Persistent Disks attached to VM instances that have shown near-zero read/write activity, indicating unused block storage. Detaching and deleting these idle disks (after snapshotting) helps eliminate unnecessary storage costs and keeps your environment clean and optimized.

Identifies non-boot Persistent Disks attached to VM instances that have shown near-zero read/write activity, indicating unused block storage. Detaching and deleting these idle disks (after snapshotting) helps eliminate unnecessary storage costs and keeps your environment clean and optimized.

A new Last Refresh Time enhancement has been added to the Insights → Recommendations page to improve visibility into data freshness.

Accordion-based error display is introduced to provide end users with detailed visibility of issues encountered during recommendation generation or sync operations.

Tag-Based Scheduling allows you to automate resource operations (start/stop) using AWS resource tags, instead of manually defining schedules for each individual resource.