z/Operating System Environment Manager is one solution for total system management of z/OS, the goal is to simplify and modernize how we manage z/OS.

z/OSEM offers a methodology and ISPF interface to provide today's data center a proactive solution to the challenges of fewer systems programmers. It also offers an opportunity to make the task of managing system environments an administrative one, rather than a technical programming issue. The z/Operating System Environment Manager makes it much easier for installations to manage system resources and to control how they are used.

Driven by an easy-to-use ISPF interface, z/OSEM, with more than 200 robust features, provides dynamic controls in the many key O/S areas.

See how zOSEM is enabling customers to:

  • Reduce & Control ISV Costs utilizing Resource Routing
  • Manage & Improve System Throughput
  • Eliminate Exit Migration Issues
  • Add Comprehensive Reporting for HSM activities
  • Reduce HSM CPU Consumption
  • Contact Sales


    zOSEM Documentation

    zOSEM Overview

    zOSEM Features

    zOSEM 6.2 New Features

    Benefits by Functional Area

    zOSEM Evaluation Guide

    zOSEM White Paper


    Facilitates System Management

    Easily define, modify, and enforce installation standards and operating rules without any programming effort simply by setting parameters via a user-friendly online interface. Changes can be applied dynamically or deferred until the next appropriate change window.

    The dynamic updating feature reduces the need to:

    Reduces the need to retain in-house installation exists thereby allowing users to position systems prior to integrating their workloads. The task of workload integration is hence made much easier as are the processes of system build and rollout.

    Dynamically change an operational environment to suit specific workload profiles such as sets of standards and rules for daytime online processing and overnight batch periods.

    Extensive DFSMShsmTM reporting and optimization tools can help administrators to significantly improve storage management operations.

    Job accounting information can be stored in the catalog for DFSMS-managed datasets to facilitate more accurate accounting of storage usage.

    Helps ensure that only authorized users are able to access resources specified in job JCL parameters by providing RACF (Resource Access Control Facility) protection for resources such as job class and JCL parameters.

    Facilitates Achievement of System Throughput and Service Level Targets

    Optimize utilization of system resources with facilities to improve control over: job and SYSOUT classes, virtual storage, dataspaces, etc. Dynamic job routing can also contribute improving system throughput by ensuring that jobs are executed on the most appropriate system.

    Resource overruns
    can be handled without operator intervention thereby helping to ensure that critical processing continues while simultaneously allowing the redirection of human resources to more crucial tasks.

    Scarce hardware can be reserved for specific jobs or a range of jobs thereby helping to ensure that mission-critical work has access to required resources.

    Installation standards and rule definitions, as well as updates to supervisor call (SVC) modules and RACF® control tables can be made dynamically, without an IPL, thereby increasing system availability.

    Dynamic update capability for rules, standards, SVCs, and control tables help administrators respond to user requirements in a more timely manner.