
Maximize availability and simplify IMS database management
Vendor
BMC
Company Website



Proactively manage IMS full-function databases and high-availability large databases (HALDBs) to ensure availability, data integrity, and performance. Solve issues with IMS databases reaching size limitations.
Simplify and automate full-function and HALDB maintenance
Through an intuitive web-based user interface, BMC AMI Full Function for IMS allows you to:
- Reorganize databases while they are online and available to applications
- Partition without the restrictions of HALDB
- Ensure data integrity
- Enable intelligent compression
Intelligently manage Full-Function and HALDB databases
Availability: Reorgs with no outage
Well-organized databases are essential for optimal application performance, but database reorganizations traditionally require lengthy outages. BMC AMI Full Function for IMS solutions enable you to reorganize – with virtually no downtime – so that your applications are available when your users need them. With these solutions you can:
- Reorganize databases while they are online and being updated
- Reorganize just the parts of a database that are causing performance problems
- Ensure optimal application performance with well-organized databases
- Save CPU resources by taking an image copy of the reorganized database as part of the reorg process
Agility: Ensure data integrity, implement compression, and partition full-function databases easily
BMC AMI Full Function for IMS solutions enable you to get the most from your IMS databases, regardless of which type of database structure you use.
- Proactively monitor database space usage, ensure data integrity and availability, and improve performance by identifying internal database problems
- Ensure data integrity by preventing online and batch programs from using the wrong IMS control block
- Reduce database reorganization and image copy run times by 30%-50% with compression that allows you to select the best compression method to match your data
- Implement database partitioning without the restrictions of HALDB