What are the primary functions of BMC AMI Storage FDRABR?

BMC AMI Storage FDRABR is a suite of storage management tools for z/OS. It provides facilities for backup, recovery, and data management. Key components include FDRINC, FDRAPPL, FDRARC, FDRCOPY, FDREPORT, and FDRViEWS.

What are the key components of the FDRABR suite?

The primary functions include incremental backup and restore (FDRINC), application-aware backup and recovery (FDRAPPL), archiving (FDRARC), data copying (FDRCOPY), reporting (FDREPORT), and a visual interface for managing storage (FDRViEWS).

What are the main benefits of using BMC AMI Storage FDRABR?

The suite is designed to streamline storage operations, reduce downtime, and improve data availability. It helps in managing large datasets and complex storage environments on z/OS.

What are some of the most common commands and their syntax?

Common commands include BACKUP, RESTORE, COPY, and ARCHIVE. The syntax varies depending on the specific function and parameters required. For example, a basic backup might use the command: FDR BACKUP DATASET(dataset.name) UNIT(3390) VOLUMES(volser).

What configuration files or interfaces are used?

Configuration is managed through JCL control cards and parameter statements within the FDR control file. These files define backup policies, storage locations, and other operational parameters.

What types of APIs are exposed and what programming languages are supported?

The product uses a native API for integration with other z/OS applications. Specific API endpoints and method names are documented in the product's reference manuals. Programming languages supported include Assembler and COBOL.

How does BMC AMI Storage FDRABR contribute to business continuity?

BMC AMI Storage FDRABR helps reduce data loss and downtime through its robust backup and recovery capabilities. It provides efficient data management, enabling faster recovery times and minimizing the impact of data-related incidents.

How does FDRABR improve IT operational efficiency?

By automating backup and recovery processes, FDRABR reduces the need for manual intervention, freeing up IT staff to focus on other critical tasks. It also optimizes storage utilization and improves overall operational efficiency.

How does FDRABR help in cost optimization?

The suite supports various data compression and deduplication techniques, reducing storage costs. It also provides reporting capabilities that help in optimizing storage resource allocation.

How does FDRABR support application-specific recovery needs?

FDRABR's application-aware backup and recovery features ensure that critical applications can be restored quickly and consistently, minimizing disruption to business operations.

What authentication methods are supported?

FDRABR supports authentication through RACF and other z/OS security mechanisms. It leverages the existing security infrastructure to control access to its functions and data.

What access control model is used?

Access control is managed through the z/OS security system, typically using RACF or an equivalent security manager. This allows for role-based access control to protect sensitive data and operations.

What encryption is used and where?

Data encryption can be implemented at the storage level using z/OS encryption facilities. FDRABR integrates with these facilities to ensure data confidentiality during backup and recovery operations.

What audit/logging capabilities exist?

Comprehensive audit logging is provided through the z/OS system logs and FDRABR's own logging mechanisms. These logs track all significant operations, providing a detailed audit trail for security and compliance purposes.

What administrative interfaces are available?

Administrative interfaces include JCL-based commands and ISPF panels. These interfaces allow administrators to configure, monitor, and manage backup and recovery operations.

How is user management handled?

User management is handled through the z/OS security system, such as RACF. Administrators define user roles and permissions within the security system to control access to FDRABR functions.

What are the main configuration parameters?

Key configuration parameters include backup schedules, storage locations, and retention policies. These parameters are defined in JCL control cards and FDR control files.

What monitoring/logging capabilities exist?

Monitoring and logging capabilities are provided through z/OS system logs and FDRABR's own logging facilities. These logs provide detailed information on backup and recovery operations, including errors and performance metrics.

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BMC AMI Storage FDRABR

Name: BMC AMI Storage FDRABR
Availability: InStock

BMC Active z/OS

Disk Tools and Utilities Administration

Vendor

BMC

Product Overview

The architecture of BMC AMI Storage FDRABR is designed for high performance and reliability on z/OS. The core components include the FDR control program, data movers, and catalog management interfaces. The FDR control program manages the overall backup and recovery processes, coordinating the activities of other components.

Data movers are responsible for the actual data transfer operations, utilizing optimized I/O techniques to ensure efficient data movement. The catalog management interfaces interact with the z/OS catalog to track and manage datasets. Communication between these components is primarily through z/OS system services and I/O operations.

The system uses JCL control cards and parameter statements within the FDR control file for configuration. The native API provides interfaces for integration with other z/OS applications. Security is handled through RACF, ensuring that only authorized users can access and modify data.

Compared to IBM DFSMSdss, FDRABR offers enhanced features for application-aware backups and granular control. The product supports various data compression and deduplication techniques to optimize storage utilization. Monitoring and logging are provided through z/OS system logs and FDRABR's own logging facilities, which provide detailed information on backup and recovery operations.

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