Tivoli Workload Automation v.8.5.1 SPE/FP - Nordic TWS conference

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From job scheduling to workload automation: evolution and strength pointsJob SchedulingAutomatecalendar-basedinto plan-drivenproduction batchOrchestration ofworkflows, efficientmonitoringHigh availability,scalabilityautomaticrecovery of errorsWorkload AutomationAutomatecalendar-basedand eventbasedintoplan-drivenproduction batchSophisticatedorchestrationof workflows,monitoringandreportingHigh availability,scalability, faulttolerance,flexibility,advancedautomationEnd-to-endconsolidationSLAmanagementResourceawarenessandvirtualizationLegenda: Bold = evolutionary themes4 Nordic TWS Guide 2011 - Copenhagen© 2011 IBM Corporation
End-to-end consolidationSingle agnostic point of that integrates composite and complexservices and applications workloads, including new “emerging”workloads, across multiple platformsBusiness benefitsIdeal in CONSOLIDATIONscenarios, to reduce software,hardware, and labor costs andimplement shared services (cut costsdown 15%-20%)Flexible components, to be deployed in various configurations, andadhere to any organizational structureVarious forms of TWS for z/OS end-to-end: plan-based end-toendvs z-centric end-to-endVisibility, Control, Automationwith a SINGLE POINT OF CONTROLon heterogeneous workloadsLower training and maintenancecosts, through intuitive web-based UISchedulingPlanCommoninterface: WEBconsole / ITMintegrationconsoleDistributedEnginez/OSEngineSysplexSchedulingPlanz/OSSingle point ofmonitoring,management, andreporting from a webbased user interfaceProofpoints – CustomerquotesDomainManagerDomainManagerFault-TolerantAgents with optionalERP X-Agentsbrokering capabilities Distributed z-centric agentsAgentz/OSAgents“A single tool that can accommodatea heterogeneous environmenteliminates the need to maintainmultiple technologies. This meanslower software licensing costs andfewer, more efficient ITadministrators” – Belgium bank5 Nordic TWS Guide 2011 - Copenhagen© 2011 IBM Corporation
Page 1 and 2: Flora Tramontano GuerritoreTivoli W
Page 3: Evolution timeline and sense of inv
Page 7 and 8: 7SLA managementAssurance of SLA obj
Page 9 and 10: Focus on Tivoli Workload Automation
Page 11 and 12: Conditional dependency - Introducti
Page 13 and 14: Conditional dependency - ExampleSam
Page 15 and 16: Conditional dependency - ExampleNOE
Page 17 and 18: Conditional dependency - ExampleNOE
Page 19 and 20: Conditional dependency - ExampleRec
Page 21 and 22: Focus on Tivoli Workload Automation
Page 23 and 24: What’s different with the previou
Page 25 and 26: z-Centric end-to-end : detailszCent
Page 27 and 28: z-Centric end-to-end : detailsAddit
Page 29 and 30: Z-Centric job executors : examples
Page 31 and 32: z-Centric end-to-end : where it bes
Page 33 and 34: Evolution of distributed agentTWS 8
Page 35 and 36: Dynamic WorkloadsWorkstation Specif
Page 37 and 38: TWDC modelingMass Update,Daily Plan
Page 39 and 40: Workload DesignerRun CycleOperator
Page 41 and 42: Graphical view - MonitoringGraphica
Page 43: Tivoli Workload Automation - Physic

Tivoli Workload Automation v.8.5.1 SPE/FP - Nordic TWS conference

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