Powering the Next Generation Cloud with Azure Stack, Nano Server & Windows Server 2016! Jeff Woolsey Principal Program Manager Cloud & Enterprise

Powering the Next Generation Cloud with Azure Stack, Nano Server & Windows Server 2016! Jeff Woolsey Principal Program Manager Cloud & Enterprise

NEW: Operations Management Suite Microsoft Cloud Public Cloud Azure Virtual Machines Windows Azure Pack 1 Consistent Platform Windows Azure Pack Private Cloud Service Providers DEVELOPMENT MANAGEMENT DATA IDENTITY VIRTUALIZATION

NEW: Operations Management Suite Microsoft Cloud Public Cloud Azure Virtual Machines Windows Azure Pack 1 Consistent Platform Windows Azure Pack Private Cloud Service Providers Microsoft: To provide our valued customers the best cloud whenever and wherever it makes business sense.

500+ New releases in the last 12 months

Microsoft Azure

Microsoft Private Cloud (on premises hosted) Microsoft Azure

Microsoft Private Cloud (on premises hosted) Microsoft Azure

Microsoft Private Azure Stack Cloud (on-premises/hosted) Microsoft Azure

App innovation Microsoft Private Azure Stack Cloud (on-premises/hosted) Microsoft Azure

Cloud-optimized application platform Cloud-consistent service delivery Cloud-inspired hybrid infrastructure Microsoft Private Azure Stack Cloud (on-premises/hosted)

azureoperationsinsights.com/main.aspx#wor Microsoft Overview IT Azure Management Oper Microsoft IT Management Overview ODSRealData Sean Stuart Settings and Profile Quick Info 4Servers connected 100% Profile: 3 of 3 items completed Get Access to IT Management on the Go! Download Mobile App Now Learn more Search Data Explorer ODSRealData Automation Site Recovery Backup Solutions + Failed Suspended Create or Add Runbooks Completed with Errors 12 Servers connected to recovery Configure Site Recovery 25 Servers backed up 3/1/2015 Configure Backup 2.6GB Avg. / day Stopped 2Errors Last tested on 2/26/2014 3Errors is the last backup Usage

System Center Microsoft Software-Defined Storage (SDS) Primary application data storage on cost effective, continuously available, high performance SMB3 file shares backed by tiered storage spaces HYPER-V CLUSTER 1 Performance and scalability with SMB3 File Storage network SMB3 storage network fabric 1 2 3 Continuous availability and seamless scale-out with Scale-Out File Server Elastic, reliable, optimized with tiered storage spaces SCALE-OUT FILE SERVER CLUSTER 2 2 4 Low cost standard volume hardware 5 5 Unified storage management with System Center Storage spaces 3 Today s solution with Windows Server 2012 R2 and System Center 2012 R2 SHARED JBOD STORAGE 4

Hyper-converged Converged (Disaggregated)

Control and monitor storage performance Virtual Machines Simple out of box behavior Flexible and customizable Enabled by default for Scale Out File Server Automatic metrics (normalized IOPs & latency) per VM & VHD Policy per VHD, VM, Service or Tenant Define Minimum & Maximum IOPs Fair distribution within policy Hyper-V Cluster Rate Limiters Rate Limiters Scale-out File Server Cluster Rate Limiters SMB3 Storage Network Fabric Rate Limiters Management System Center VMM and Ops Manager PowerShell built-in for Hyper-V and SOFS Policy Manager I/O Sched I/O Sched I/O Sched

Rolling Upgrades faster time to value Rolling Upgrades with Win2012 R2 and vnext nodes within the same cluster Simple Easily roll in nodes with new OS version Zero downtime cloud upgrades for Hyper-V and Scale-out File Server Seamless

Cross site HA DR: Stretch clusters across sites with synchronous volume replication Integrated management Flexible Scalable End-to-end Windows Server disaster recovery solution Failover Cluster Manager UI and PowerShell Works with any Windows volume, uses SMB3 as transport Hardware agnostic - works with Storage Spaces or any SAN volume Block-level synchronous volume replication Automatic cluster failover for low Recovery Time Objective (RTO) Multi-Site Cluster Site1 Site2

Azure Site Recovery and Azure Backup Datacenter Azure Site Recovery Availability on Demand Azure Backup

On-premises to on-premises protection with Azure Site Recovery Microsoft Azure Site Recovery Microsoft Azure Site Recovery Communication channel Download Scout Scout Scout Replication channel: host-based or SAN-based Replication and orchestration channel: guest-based Windows Server Primary site Recovery site Windows Server VMware/ Physical Primary site Recovery site VMware Key features include: Automated VM protection and replication Remote health monitoring Customizable recovery plans Integration with available investments No-impact recovery plan testing Orchestrated recovery of tiered applications Support for heterogeneous environments

On-premises to Microsoft Azure protection with Azure Site Recovery Microsoft Azure Site Recovery Microsoft Azure Site Recovery Microsoft Azure Site Recovery Orchestration and replication Orchestration and replication Orchestration and replication vcenter Server Enterprise & HSP primary site Windows Server SMB & branch primary site Windows Server Enterprise, SMB & HSP primary site VMware/ Physical Key features include: Use Azure as your disaster recovery site Automated VM protection and replication Remote health monitoring Customizable recovery plans No-impact recovery plan testing Orchestrated recovery of tiered applications New: Replication into Azure for SMBs and remote branch offices without System Center Support for heterogeneous environments

You can describe a Container from different points of view: From a computer science viewpoint, containers are an operating system level isolation method for running multiple applications on a single host. From a development and IT viewpoint, containers are a new approach to build, ship, deploy and instantiate applications.

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Windows Server Containers are a lightweight operating system level method to isolate processes, applications or services from other services running on the same container host. To enable this, each container has its own view processes, file system, registry, while being uniquely addressable over the network.

Hyper-V Containers are Windows Containers running within a Hyper-V partition to provide multi-tenant isolation. Hyper-V Containers provide the ability to run different kernel instances on the same system. Hyper-V Containers provide hardware isolation which is great for hostile multi-tenant environments or for environments with compliance requirements that require hardware isolation.

Server Roles/Features GUI Shell Windows/ WindowsNT Full Server Minimal Server Interface Windows NT to Windows Server 2003 Server Core Windows Server 2008 and Windows Server 2008 R2 Server Core Windows Server 2012 and Windows Server 2012 R2

GUI Shell Minimal Server Interface Nano Server Server Core Windows Server v.next

Microsoft: To provide our valued customers the best cloud whenever and wherever it makes business sense.

Hyper-V cluster Node 1 Node 2 Storage resilience