• Modernizing Your Infrastructure with Hybrid Cloud - Step-by-Step: Backup to the Cloud with Microsoft Azure Backup (Part 11)

    In today's article in our Modernizing Your Infrastructure with Hybrid Cloud series, Dan Stolts provides us with step-by-step instructions for leveraging Microsoft Azure Backup to protect servers against data loss and corruption in our Hybrid Cloud by enabling cloud-based offsite backup.
     

    From Dan's article: "Azure Backup encrypts and protects your backups in offsite cloud storage with Microsoft Azure, adding a layer of protection in case data loss or disaster impacts your servers. It can integrate with the backup tools in Windows Server or System Center Data Protection Manager, and you can manage cloud backups from these familiar tools to configure, monitor, and recover backups across local disk and cloud storage with ease. Data stored in Azure Backup is geo-replicated among Microsoft Azure data centers, for additional protection. Your data is encrypted before it leaves your on-premises data center, and it remains encrypted in Microsoft Azure – only you have the key. Incremental backups provide multiple versions of data for point-in-time recovery, and you can recover just what you need with file-level recovery."
     

    Read this article ...
     

    READ DAN'S FULL ARTICLE HERE!

  • Microsoft IT Introduction - Modernizing our Datacenter

    What is Microsoft IT?

     

     


    We support the IT infrastructure and applications that run the business of Microsoft. We are a consumer of the Microsoft products and services while being a separate entity from the divisions that create and manage those services. We strive to be our own first and best customer, deploying and testing products and services internally, before they are released to our customers.

     

    Microsoft IT is a broad organization with employees located all over the globe. For this blog series, we are going to focus on a specific team within IT, Service Deployment and Operations (SDO). SDO operates the hosting and support services for IT. This scope includes more than 40,000 operating system instances that host the applications and services that our employees and external partners use to manage their business. Internal examples are human resources applications, financial applications, and training systems. Externally, it's the back-end systems powering consumer applications that are used by our end-user customers. These operating system instances are spread over seven datacenters globally to provide reliable operation for our users. 

     

    SDO is similar to most large infrastructure teams, facing many of the same challenges. There are two primary challenges we are facing today:

    • The closure of two datacenters, leased locations being decommissioned for multiple reasons
    • Thousands of servers reaching end of life (EOL), with replacement requiring $200 million over the next five years

     

    How do we tackle those challenges, and more importantly, how do we modernize our computing infrastructure environment? Our clients are demanding agility, our budgets are flat, and we want to drive efficiency in the infrastructure. There are two groups within an IT organization that are critical to transforming our datacenter environment; infrastructure owners and application owners. On their own, each can make strides toward optimizing the IT environment, but only together can they truly get the most out of datacenter modernization. 

     

    We started with a vision: “All of Microsoft runs in the cloud.” Microsoft IT has adopted a cloud-first approach to applications and workloads, which supports the vision. We have been using Microsoft Azure as the default infrastructure for new applications and workloads to further this cloud strategy. In addition to implementing this policy for new applications and workloads, we continue to extend the cloud-first vision by assessing existing infrastructure for cloud migration. These efforts will help us meet the challenges of EOL and closure of physical datacenters.

     

    From that vision, we created an application strategy.


    • The application and workload strategy is fairly simple:

    • Commodity workloads will move to software as a service (SaaS).

    • New development and modern applications will move to platform as a service (PaaS).

    • Existing applications will move to infrastructure as a service (IaaS) or remain in a private cloud.

     

    Our datacenter strategy is focused on consolidation and efficiency. As mentioned, we are closing two of our datacenters over the next 24 months. This will result in a significant migration velocity to Azure and balancing load across remaining locations.

     

    • Aligning with Azure locations for performance optimization

    • Actively migrating workloads to Azure virtual machines

    • Consolidating standards

     

    When we apply this strategy to the overall infrastructure environment, we see steady progress toward and Azure and an optimized private cloud over the next several years.

      

      

    This is the broad transformation we are currently approaching in Microsoft IT. In future posts, we'll go deeper into how we are making this a reality. Stay tuned.

     

  • Modernizing Your Infrastructure with Hybrid Cloud - Why is NOW a Great Time to START PLANNING? (Part 1)

    With End-of-Support for Windows Server 2003 rapidly approaching, lots of organizations are leveraging this time to modernize infrastructure to reduce costs and improve flexibility.  Today, we're kicking off a new series across our US IT Pro team to help organizations step through the planning process to just migrate servers, but also improve overall architecture along the way by smartly leveraging Hybrid Cloud components as part of the migration strategy.
     

    Tune in for Part 1 of this multi-part series where Matt Hester and Keith Mayer discuss the importance of planning for your organization’s move to Windows Server 2012 R2 and Microsoft Azure. Along the way, they'll also explore and demo some of the tools that can help accelerate your migration plans.
     

    Why is NOW a Great Time to START PLANNING?

    Watch this video ...

    Download this episode for offline viewing.

    • [1:18] Why should I start planning now? 
       
    • [2:41] Why Migrate to Windows Server 2012 R2?
       
    • [5:45]  Why consider Azure as part of your migration strategy?
       
    • [12:38]  What tools are available to help in the migration process?
       
    • [17:40DEMO: MAP and the Azure IaaS Cost Estimator

  • Modernizing Your Infrastructure with Hybrid Cloud - Step-by-Step: Building Virtual Networks in the Cloud with Microsoft Azure (Part 14)

    When running application workloads on Microsoft Azure, virtual networks deliver the ability for multiple virtual machines and/or cloud services to communicate with one another across a secure, isolated IP network infrastructure. Like physical networks, the IP address space associated with these virtual networks can be subnetted to organize workload components and simplify guest operating system firewall rules. In addition, IP reservations can be defined when an equivalent to static IP addresses are required in the cloud.

    Step-by-Step: Building Microsoft Azure Virtual Networks

    In today's article in our Modernizing Your Infrastructure with Hybrid Cloud series, Matt Hester walks through building Microsoft Azure virtual networks.  In his accompanying video tutorial, he shows how to build a virtual network and define subnets via the Microsoft Azure management portal.  In addition, he also steps through the process of testing, assigning and displaying reserved IP addresses on a virtual network.

    READ MATT'S FULL ARTICLE HERE!

  • Modernizing Your Infrastructure with Hybrid Cloud - Cross-Premises Data Mobility with Microsoft Azure StorSimple (Part 10)

    In today's article in our continuing blog series on Modernizing Your Infrastructure with Hybrid Cloud being published by our US IT Pro team, we’ll discuss enabling “cross-premises data mobility” within a Hybrid Cloud by leveraging a new cloud-enabled storage solution: Microsoft StorSimple 8000.
     

    Read this article ...
     
    When migrating application workloads to a cloud platform, such as Microsoft Azure, moving the OS and application bits to the cloud is usually pretty manageable. The virtual disks for VM’s containing OS and application binaries are usually somewhat small in size and can be moved rather quickly over common business-grade Internet connections.  Moving application data, however, can be a different story – some applications have vast amounts of data, hundreds of gigabytes or several terabytes in size, and it could take days or weeks to move all that data to the cloud over the Internet.  By leveraging Microsoft Azure and Microsoft StorSimple 8000, bi-directional mobility of enterprise data between on-premises and cloud locations can be realized to allow organizations to quickly leverage Hybrid Cloud architectures when considering business scenarios that involve large data sets.
     

    READ THE FULL ARTICLE HERE!