Windows Azure Networking & Active Directory

1. Windows Azure Networking & Active Directory Nasir (Muhammad Nasiruddin) Developer Evangelist - Azure Microsoft Corporation Mohammed.Nasiruddin@microsoft.com

2. Different scenarios require different levels of cross-premise connectivity How do you connect your on-premise machines to the Cloud?

3. Cross-premise Connectivity ENTERPRISE CLOUD Data Synchronization SQL Azure Data Sync Application-layer Connectivity & Messaging Service Bus Secure Machine-to-Machine Network ConnectivityWindows Azure Connect Secure Site-to-Site Network ConnectivityWindows Azure Virtual Network IP-level connectivity

4. Network-level Connectivity Virtual Network Connect For network administrators Provides network admins the control to setup subnets in the Cloud and manage them as extensions of on-premise datacenters For developers Designed for developers so it is simple to setup, easy to manage and can be rapidly provisioned

5. Windows Azure Connect Windows Azure Roles Easy agent-based installation Does not require network admin involvement Works within corporate firewall policy Management through Windows Azure Portal Rapid provisioning & reconfiguration Set up a connection within minutes Easily reconfigure connections as needed End-to-End Security Built on open, secure standards Granular control over connectivity On premise machines

6. Windows Azure Connect DEMO

7. Windows Azure Virtual Network Windows Azure subnets Build virtual networks that scale Traditional, familiar approach to build extension to datacenter Scalable approach to building virtual networks Complete control over network configuration Define your own IP addresses Decide where Azure roles are placed Be compliant with corporate IT security policy Enables complex hybrid scenarios Allows cloud machine or on-premise machine to be a non-Windows machine Hybrid applications which require Cloud machines to reach all or a large portion of the on-premise network On-premise subnets

8. Connectivity Scenarios Virtual Network ideal for: Connect Ideal for: Setup connectivity at scale Cloud machines needing to reach all or a large portion of the on-premise network such as in domain joining Specific, scoped connectivity Developers needing Windows Azure access to an on-premise SQL server Roaming laptop access to Azure VM’s for debugging No VPN device Small businesses (or departments within an enterprise) who don’t have existing VPN devices and/or network expertise to manage VPN devices and routing tables Connect with non-Windows machines Applications which require Cloud machines or on-premise machine to be non-Windows machine (e.g. Linux, mainframe) Hybrid applications with “built-in“ connectivity Independent Software Vendors wanting “built-in” cloud connectivity, seamlessly enabled as part of their application experience (e.g. HPC, Cloud DV) Virtual Private Network (VPN) over Internet Architecture is has built-in tolerance for throughput/latency limitations of a traditional VPN working over the Internet

9. Competitive Positioning Windows Azure provides more options compared to other Cloud vendors, to help customers connect their on-premise infrastructure with Microsoft datacenters Windows Azure virtual networking options support both Infrastructure-As-A-Service and Platform-As-A-Service compared to other Cloud vendors

10. Windows Azure Virtual Networking DEMO

11. Windows Azure Traffic Manager Azure caters to customers across the GLOBE Performance policy ensures that the customer is served for the fasters cloud service for him / her Allowing Orgs to grow exponentially across the GLOBE Azure does not sleep Failover Policy ensures that the service always responds, if primary fails, secondary… Allowing Orgs to always get business irrespective of situations Azure is purely secular (treats equally) Round-Robin policy ensures all services are used equally and there is no over burdening on one service

12. Windows Azure Traffic Manager DEMO