Cutover Application Metastore

The Cutover Application Metastore is a powerful solution designed to streamline and automate the creation of accurate, application-specific runbooks for IT disaster recovery and cloud migration. It enables enterprises to aggregate and utilize both design-time and run-time application metadata to dynamically generate executable runbooks at scale, significantly reducing manual effort and operational risk.

Features

• Centralized Metadata Repository: Stores application-specific design and runtime data, including CMDB information.
• Defined Schema: Formats and maps data attributes to Cutover runbook custom fields and tasks.
• Template-Based Runbook Generation: Automatically creates runbooks from templates using real-time application data.
• Dynamic Task Population: Populates executable tasks and integration scripts with relevant metadata at the point of generation.
• Continuous Synchronization: Ensures runbook templates remain consistent and governed through ongoing data updates.

Capabilities

• Accelerated Runbook Creation: Generates hundreds or thousands of tailored runbooks in seconds.
• Metadata Aggregation: Collects and organizes design-time data (e.g., application name, region, RTO) and runtime data (e.g., cluster nodes, storage usage).
• Integration with Monitoring Tools: Leverages data from APM and other runtime tools to enrich runbook content.
• Scalable Automation: Reduces manual input by up to 90%, enabling enterprise-wide deployment.
• Governance and Accuracy: Maintains consistency across runbooks with synchronized metadata and schema enforcement.

Benefits

• Time Savings: Reduces IT event preparation time by up to 75%.
• Cost Reduction: Cuts IT operations event costs by up to 50%.
• Operational Efficiency: Minimizes manual effort and resource strain during critical IT events.
• Improved Accuracy: Ensures runbooks are populated with the most current and relevant application data.
• Enterprise Readiness: Supports large-scale recovery and migration planning with precision and speed.