System Center Orchestrator
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| System Center Orchestrator | |
|---|---|
| Name | System Center Orchestrator |
| Developer | Microsoft |
| Released | 2010 |
| Latest release | 2016 RTM |
| Programming language | C# |
| Operating system | Windows Server |
| Genre | IT automation, workflow |
| License | Proprietary |
System Center Orchestrator is an automation and orchestration product from Microsoft designed to automate datacenter, cloud, and desktop processes. It enables integration across diverse products by executing workflows called runbooks that coordinate events, objects, and actions across multiple Microsoft and third‑party systems. The product is used alongside other Microsoft management technologies to streamline repetitive tasks and implement cross‑product operational scenarios.
Overview
Orchestrator sits within the Microsoft System Center family and interacts with technologies such as Windows Server, Microsoft Azure, SQL Server, Active Directory, and Exchange Server. It provides a graphical authoring experience and a web‑based runbook server model that integrates with System Center Configuration Manager, System Center Operations Manager, Microsoft Intune, and Azure Automation scenarios. Organizations in sectors like Financial services, Healthcare, Telecommunications, Retail banking, and Higher education adopt it to reduce manual interventions and enforce repeatable procedures across infrastructures that include VMware ESXi, Citrix Virtual Apps and Desktops, Dell EMC, and Hewlett Packard Enterprise platforms.
Architecture and Components
Key components include the Orchestrator Runbook Server, Orchestrator Web Console, Orchestrator Management Server, and the Orchestrator Database hosted on Microsoft SQL Server. The Runbook Designer authoring tool communicates with the Management Server and leverages the .NET Framework and components of Windows Workflow Foundation. Integration points are provided through Integration Packs and the Integration Pack SDK, enabling connectors to systems like System Center Service Manager, System Center Virtual Machine Manager, Active Directory Federation Services, Microsoft Exchange Server 2016, SharePoint Server, and network devices from Cisco Systems and Juniper Networks. High‑availability scenarios reference clustering technologies such as Windows Server Failover Clustering and database availability via Always On Availability Groups.
Runbooks and Integration Packs
Runbooks are graphical or scriptable workflows that orchestrate tasks across products including PowerShell, VBScript, and Command Prompt. Integration Packs (IPs) provide prebuilt activities to integrate with vendors like VMware, Inc., NetApp, EMC Corporation, F5 Networks, and ServiceNow. IPs commonly wrap APIs such as RESTful API endpoints, SOAP services, and WMI providers to perform actions on systems like Microsoft Azure Resource Manager, Amazon Web Services, Google Cloud Platform, and OpenStack. Developers extend functionality using the Integration Pack SDK alongside development tools like Microsoft Visual Studio and test frameworks such as Pester.
Deployment and Management
Deployment models span single‑server installations to multi‑tier architectures with dedicated Management Servers, Runbook Servers, and SQL backends on Microsoft Azure Virtual Machines or on‑premises hardware from Dell Technologies and HPE. Administration uses role‑based access control integrated with Active Directory users and groups, while monitoring ties into System Center Operations Manager for health, alerting, and performance counters. Backup and recovery strategies leverage SQL Server Backup, Windows Server Backup, and industry practices like point‑in‑time restores and disaster recovery planning aligned with Business continuity planning in regulated industries such as Pharmaceuticals and Banking regulation.
Use Cases and Examples
Common use cases include automated provisioning for Virtual machine lifecycles in environments managed by System Center Virtual Machine Manager and VMware vSphere, incident remediation by integrating with Service Desk tools like BMC Remedy and ServiceNow, and automated patch management workflows tied to System Center Configuration Manager. Other examples span orchestration of Active Directory account lifecycle for Human resources processes, automated change management workflows for DevOps pipelines integrating with Jenkins, and cloud cost optimization using rules that call Azure Cost Management APIs and Amazon EC2 controls. Enterprise examples reference deployments at organizations similar to multinational Telecommunications companies and large Retail chains where cross‑product automation reduces mean time to repair.
Licensing and Editions
Licensing follows Microsoft product licensing models and often requires licenses for underlying components including Windows Server and SQL Server. Orchestrator was historically available as part of System Center suites such as System Center 2012 and System Center 2016, with edition alignment to System Center Standard and System Center Datacenter SKUs. Procurement typically involves enterprise agreements with Microsoft Volume Licensing and follows compliance models used by public sector entities including NATO and regional administrations.
History and Development
Orchestrator originated from technologies acquired or developed during Microsoft's expansion of the System Center portfolio in the late 2000s, following product announcements tied to Microsoft Management Summit events and product roadmaps revealed at Microsoft Ignite. Major releases aligned with System Center waves such as System Center 2012 and System Center 2016, incorporating features from adjacent projects like Microsoft Operations Manager and automation ideas popularized by Windows PowerShell. Over time, Microsoft emphasized cloud‑native automation via Azure Automation and shifted some development focus toward cloud integration, while Orchestrator remained in use for hybrid scenarios that require on‑premises orchestration.