Modernization Hub

Share Your Product Experience

Help the community by sharing your experience with mainframe products. Your insights help others make informed decisions.

Share Your Experience

Showing 49-72 of 103 products

DASD Explorer

Not Supported
The architecture of DASD Explorer consisted of three primary components: a data ingestion module, a processing engine, and a reporting module. The...

IO Explorer

Not Supported
IO Explorer's architecture was a batch-oriented system designed for processing SMF Type 30 records. The main components included a JCL-based data collection job, a processing engine, and a reporting...

DB2 DB/DASD

Not Supported
The architecture of DB2 DB/DASD comprised several key components designed to monitor and manage DASD storage for DB2 databases on z/OS. The main components included a command processor, a data...

DFSMSdss

Active
The architecture of DFSMSdss is centered around several key components that work together to provide robust data management capabilities. The DFSMSdss address space...

FLEX-CUB

Active
The FLEX-CUB architecture consists of three primary components: the Control Process, the Device Emulation Layer, and the Storage Manager. The Control Process is the central management...
Mainstar Catalog and DASD Audit, now part of the Backup and Recovery Manager Suite, was designed with a modular architecture. Key components...
The architecture of Mainstar Catalog Recovery Plus is designed for robust catalog management within the z/OS environment. The main components include the Catalog Backup and...
Sponsored

Root Cause Analysis Simplified

Professional RCA tools and methodologies to solve complex problems and prevent recurrence

The architecture of Mainstar Storage Manager is designed for optimal performance and scalability within a z/OS environment. The main components include the Storage Manager Engine, the Data Collector, the...
The Mainstar Catalog BaseLine architecture is designed to integrate seamlessly with existing z/OS environments. The core component is the `HSMREST` program, which is executed via JCL. This program orchestrates...
The architecture of Tivoli Advanced Catalog Management comprises several key components designed to provide robust catalog management capabilities on z/OS. The Backup component is responsible for creating catalog backups. It...
Mainstar FastAudit Mediacontrols, now integrated into Mainstar FastAudit, provided a solution for correlating DFSMShsm OCDS and ICF catalog entries. The architecture involved several key components working together to...
The architecture of Catalog Solution is designed to integrate seamlessly with the z/OS environment. The main components include the Catalog Backup and...

Shrink/VSE

Not Supported
The Shrink/VSE architecture comprised three main components: the Compression Engine, the Dataset Manager, and the Control Program. The Compression Engine, the core of the system, utilized...
The architecture of EMC TimeFinder involves several key components working together to provide point-in-time copy functionality. The core component is the...
Sponsored

Modernization Success Stories

Learn how Fortune 500 companies successfully modernized their mainframe infrastructure

The Symmetrix Enterprise Storage Platform's architecture was designed for high performance and data availability. The main components included Directors, Cache, and Drives....
The architecture of TSF Disk Manager comprises several key components: a graphical user interface (GUI), a data collection component, a reporting engine, and a security module. The...
The architecture of TSF Automation Manager is centered around three primary components: the Automation Engine, the Monitor, and the Task Scheduler. The Automation Engine is the...
The architecture of TSF Professional zSeries is centered around several key components that work together to provide comprehensive storage management capabilities on z/OS. The core components include TSF...
The Storage Analytics architecture comprises three main components: the Data Collector, the Reporting Engine, and the User Interface. The Data Collector is responsible...

Omegamon II for SMS

Not Supported
The architecture of Omegamon II for SMS comprised several key components designed to monitor and manage storage resources within a z/OS environment. The primary...
The architecture of IBM OMEGAMON for Storage is centered around the Tivoli Monitoring framework. The main components include the OMEGAMON monitoring agent, the Tivoli Enterprise Monitoring...
Sponsored

Root Cause Analysis Simplified

Professional RCA tools and methodologies to solve complex problems and prevent recurrence

The architecture of Tivoli Storage Optimizer (TSO) comprised several key components. The TSO server was the central management component, responsible for overall operations. Agents interacted with storage devices and...
The architecture of TPC-Rz comprised several key components. The TPC-Rz server acted as the central management point, coordinating replication tasks. The z/OS agent, running...

Share Your Product Experience

Help the community by sharing your experience with mainframe products. Your insights help others make informed decisions.

Share Your Experience