Cisco Cisco Tidal Enterprise Adapter for zLinux Datenbogen
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possible to automate extremely complex job streams, while scheduling them through a hierarchy of standard
and custom-defined calendars and programmable events.
Cisco Workload Automation uses a multitier architecture to provide a single solution that meets enterprise
needs for performance, extensibility, and scalability. Separate architecture layers provide a stable, extensible
framework, allowing it to handle challenging workloads reliably.
Cisco Workload Automation
master focuses primarily on the business logic, management, and implementation
of job schedules. One or more client managers orchestrate user interactions. This n-tier architecture and the
decoupling of core functions enable organizations to scale both up and out, allowing them to support a large
number of concurrent users and jobs without degrading management or processing performance.
Jobs and job streams are defined and managed through an intuitive GUI through which administrators can
define the many dependencies of enterprise business processes (Figure 2). Users can also access detailed
performance statistics for all jobs, past and present, and monitor processes as they occur. Cisco Workload
Automation
supports real-time event and alert management, increasing uptime and SLA delivery levels.
Cisco Workload Automation allows control of jobs and management functions from mobile devices. The Cisco
Workload Automation mobile app lets you manage adapter and agent connections and override, hold and stop,
and release and resume jobs. Management functions also include the capability to filter and view jobs, alerts,
events, schedules, connections, queues, and logs.
Figure 2. Web interface with Mobile Management: Single Point of Control for Enterprise-wide Workload
Automation