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Microsoft Formally Announces Its “Cloud OS” Strategy

Microsoft Formally Announces Its “Cloud OS” Strategy

Private cloud, Azure public cloud, third-party cloud services, and mobile device management under one Windows Server 2012 / System Center 2012 SP1 umbrella


 System Center 2012 SP1 Features
System Center 2012 SP1 Features

As great as Windows Server 2012's capabilities are, managing a large collection of these servers is still not trivial. And if you want to build a private cloud with them, it's downright impossible if you don’t have a management suite. Today, Microsoft announced new capabilities for managing mobile devices from the cloud, and its overall vision for integrating the customer data center, the Azure public cloud, and third-party service providers with Windows Server 2012 and System Center 2012 Service Pack 1.

System Center 2012 SP1 has a big, two-part mission. The first part is to update System Center to support all the capabilities of Windows Server 2012 (a not inconsiderable task all by itself). The second part is to roll up the management of these capabilities into a higher-level, more holistic and integrated environment: Microsoft's "Cloud OS", the company's mission to make deploying and managing Microsoft-based cloud computing seamless between company data centers running Windows Server 2012, Windows Azure services, and third party service providers.

As my colleague Paul Thurrott mentioned in his interview with Microsoft Distinguished Engineer Jeffrey Snover (who is chief architect for Windows Server 2012 and has added System Center 2012 onto his list of responsibilities), “The Cloud OS shifts the focus forever,” he said. “It’s not a single server anymore. It’s a data-center mindset now.”

That’s quite a bit of scaling up. 

 Cloud OS
Microsoft's Cloud OS

According to corporate vice president Michael Park, Microsoft’s Cloud OS vision encompasses five areas:

  • The ability to use a single identity across all Cloud OS platforms by using on-premises Active Directory and its integration (through Active Directory Federation Services) to Windows Azure AD.

  • The ability to use flexible development tools and languages, including open source, to build applications.

  • Unified management across private, public (Azure), and hosted clouds with System Center 2012 SP1, which includes the latest version of Windows InTune. This also includes support for management of non-Windows systems, chargeback, and deeper Azure management capabilities such as deploying VMs directly to Azure or backing up running on-premises workloads to Azure with Data Protection Manager. InTune is now tightly integrated with Configuration Manager and provides more mobile device management (MDM) capabilities than its predecessor.

  • Integrated virtualization across compute and – new to Windows Server 2012 - storage and networking. For example, Windows Server 2012 Hyper-V network virtualization is a new and critical component to Microsoft’s cloud vision because it separates the virtual network environment (such as a VM’s availability-impacting IP address) from the ever-changing physical network. I like to think of network virtualization as making a VM “slipperier” because where you move a VM is no longer restricted by its physical IP subnet. If you’re a hosting provider network virtualization isolates your customer networks from one another. However, implementing Hyper-V network virtualization in a large production environment can be a daunting task. Virtual Machine Manager in System Center 2012 SP1 greatly simplifies this task with a separate virtual network section that allows you to visualize and manipulate your virtual network, including a view that shows the often confusing VM-to-network relationship. (Mike Otey outlines the major improvements that SP1 brings to VMM.)

  • A data platform powered by SQL Server to provide business intelligence from cloud data.

Another new service announced is the Global Service Monitor. Like Operations Manager’s synthetic transactions (real time actions that simulate a customer’s actions to monitor an application or service’s performance) writ large, the Global Service Monitor provides synthetic transaction monitoring at any one of many Azure points of presence around the world. This allows System Center / Azure customers to monitor the performance of their Azure service wherever their customers are accessing it – not just from the datacenter where the tools are installed.

Overall, the Cloud OS that integrates the entire Server and Tools division’s products is quite a grand vision; no other company produces software from the below-the-OS hypervisor through to public-cloud scale cloud services. There are a lot of moving parts that comprise this architecture, so it’ll be interesting to see how well Microsoft’s vision actually knits together in practice for the IT pro or service architect.

TAGS: Windows 7/8
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