What are the key benefits of using BMC AMI Storage IAM?

BMC AMI Storage IAM is an alternative access method to VSAM for z/OS systems. It provides high-performance data access and record-level sharing. It is designed to be transparent to applications and utilities, minimizing the need for code changes.

How does BMC AMI Storage IAM integrate with existing z/OS environments?

Key benefits include improved performance compared to VSAM, record-level sharing within a z/OS system (IAM/RLS), and record-level sharing across a Parallel Sysplex (IAM/PLEX). IAM also supports alternate indexes (IAM/AIX).

When was BMC AMI Storage IAM first released?

IAM is designed to be transparent to applications and utilities. This means that existing applications can often use IAM without requiring code modifications. IAM provides utilities for data set conversion and management.

What is the relationship between BMC AMI Storage IAM and Innovation Data Processing?

BMC AMI Storage IAM was first released in 1972. IAM/AIX was released in 2000, and IAM/PLEX was released in 2011.

What are the main components of BMC AMI Storage IAM?

BMC AMI Storage IAM was originally developed by Innovation Data Processing. It was acquired by Compuware from its acquisition of Innovation Data Processing in 2020, and then by BMC from its acquisition of Compuware in 2020.

What are the most common commands used with BMC AMI Storage IAM?

IAM uses a hierarchical structure with control intervals and data intervals. The IAM catalog manages data set metadata. IAM/RLS utilizes a shared buffer pool for data access. IAM/PLEX uses a global lock manager for data consistency.

What is the syntax for defining an IAM data set?

Common commands include IDCAMS commands for data set definition and management, and utilities for data set conversion. Specific commands include DEFINE, ALTER, and PRINT.

What types of APIs does BMC AMI Storage IAM expose?

The syntax for defining an IAM data set uses the IDCAMS DEFINE command. For example: DEFINE CLUSTER (NAME(dataset.name) - ...)

What protocols does BMC AMI Storage IAM use for communication?

BMC AMI Storage IAM does not expose APIs directly. It is an access method that is used by applications through standard z/OS interfaces.

What are the network requirements for BMC AMI Storage IAM?

BMC AMI Storage IAM operates within the z/OS environment and uses standard z/OS protocols for data access and communication.

How does BMC AMI Storage IAM improve business agility?

BMC AMI Storage IAM provides improved performance compared to VSAM, leading to faster data access and reduced processing times. IAM/RLS and IAM/PLEX enable efficient data sharing.

What cost savings can be achieved with BMC AMI Storage IAM?

By providing faster data access and efficient data sharing, BMC AMI Storage IAM enables quicker response times for business applications. This supports faster decision-making and improved operational efficiency.

How does BMC AMI Storage IAM support business continuity?

IAM can reduce costs by improving system performance, reducing CPU consumption, and optimizing storage utilization. The efficient data sharing capabilities of IAM/RLS and IAM/PLEX can also reduce costs.

How does BMC AMI Storage IAM help with regulatory compliance?

IAM/PLEX provides record-level sharing across a Parallel Sysplex, enhancing data availability and supporting business continuity. This reduces the impact of outages and ensures continuous data access.

How does BMC AMI Storage IAM contribute to better resource utilization?

By providing efficient data management and access control, BMC AMI Storage IAM supports regulatory compliance requirements. The audit and logging capabilities help track data access and changes.

What authentication methods are supported?

BMC AMI Storage IAM supports standard z/OS security features. It integrates with existing security infrastructure for authentication and authorization.

What access control model is used?

BMC AMI Storage IAM relies on the z/OS security infrastructure for authentication. This includes methods such as RACF, ACF2, and Top Secret.

What audit and logging capabilities exist?

BMC AMI Storage IAM integrates with the z/OS access control model, which typically uses role-based access control (RBAC) through security products like RACF, ACF2, or Top Secret.

Does BMC AMI Storage IAM provide encryption?

IAM integrates with z/OS system logging and security auditing features. This allows for tracking data access and changes.

How does BMC AMI Storage IAM handle user management?

BMC AMI Storage IAM does not provide its own encryption. Encryption is typically handled at the z/OS system level or through other security products.

What monitoring and logging capabilities exist?

Configuration parameters are set through IDCAMS commands and z/OS system parameters. These parameters control data set characteristics and system behavior.

How is user management handled?

Monitoring and logging are handled through z/OS system facilities, including SMF (System Management Facilities) and system logs. These provide information on data access and system events.

What are the key operational considerations for IAM/RLS?

User management is handled through the z/OS security system (RACF, ACF2, or Top Secret). IAM relies on the z/OS security infrastructure for user authentication and authorization.

What are the key operational considerations for IAM/PLEX?

Key considerations for IAM/RLS include buffer pool sizing, lock contention management, and monitoring of shared data sets. Proper configuration is essential for optimal performance.

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BMC AMI Storage IAM

Name: BMC AMI Storage IAM
Availability: InStock

BMC Supported z/OS

Files and Datasets

Vendor

BMC

Product Overview

The architecture of BMC AMI Storage IAM centers around several key components. The IAM catalog manages metadata for IAM data sets, including data set names, attributes, and storage information. IAM/RLS utilizes a shared buffer pool to optimize data access within a single z/OS system.

IAM/PLEX extends this functionality across a Parallel Sysplex, employing a global lock manager to ensure data consistency during record-level sharing. Data sets are organized using a hierarchical structure with control intervals and data intervals. Communication between components occurs through z/OS system services and internal IAM mechanisms.

IAM relies on the z/OS environment for storage, utilizing DASD (Direct Access Storage Devices) for data storage. There are no specific network ports required, as IAM operates within the z/OS environment. The primary administrative interface is through z/OS system commands and utilities, including IDCAMS.

User management is handled through the z/OS security system (RACF, ACF2, or Top Secret). Monitoring and logging are integrated with z/OS facilities, including SMF. IAM/PLEX provides record-level sharing across a Parallel Sysplex, which is a key differentiator compared to VSAM.

Frequently Asked Questions

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BMC AMI Storage IAM

Product Overview

Frequently Asked Questions

What is BMC AMI Storage IAM and what does it do?

What are the key benefits of using BMC AMI Storage IAM?

How does BMC AMI Storage IAM integrate with existing z/OS environments?

When was BMC AMI Storage IAM first released?

What is the relationship between BMC AMI Storage IAM and Innovation Data Processing?

What are the main components of BMC AMI Storage IAM?

What are the most common commands used with BMC AMI Storage IAM?

What is the syntax for defining an IAM data set?

What types of APIs does BMC AMI Storage IAM expose?

What protocols does BMC AMI Storage IAM use for communication?

What are the network requirements for BMC AMI Storage IAM?

How does BMC AMI Storage IAM improve business agility?

What cost savings can be achieved with BMC AMI Storage IAM?

How does BMC AMI Storage IAM support business continuity?

How does BMC AMI Storage IAM help with regulatory compliance?

How does BMC AMI Storage IAM contribute to better resource utilization?

What authentication methods are supported?

What access control model is used?

What audit and logging capabilities exist?

Does BMC AMI Storage IAM provide encryption?

How does BMC AMI Storage IAM handle user management?

What are the main configuration parameters?

What monitoring and logging capabilities exist?

How is user management handled?

What are the key operational considerations for IAM/RLS?

What are the key operational considerations for IAM/PLEX?

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