Windows azure - cloud technology

1. Presented by-
Tandel Vishal P.

2.  Cloud Computing
 Microsoft Cloud
 Inside Windows Azure : The cloude Operating System
 Windows Azure Platform
 SQL Azure
 Windows Azure Platform AppFabric
 .NET , PHP , java and Tomcat in Windows Azure
 Windows Azure Datacenters
 Summary
Agenda

3. Cloud Computing
A Game Changing Technology

 Location independent computing
 Shared servers  resources, software, and data
 Elasticity
 Total Cost of Operation
 Natural evolution of:
 Virtualization
 Service-Oriented Architecture
 Utility computing
 Details are abstracted from consumers

4. Cloud Fundamentals
 Infrastructure as a Service (IaaS): basic compute and storage resources
 On-demand servers
 Amazon EC2, VMWare vCloud
 Platform as a Service (PaaS): cloud application infrastructure
 On-demand application-hosting environment
 E.g. Google AppEngine, Salesforce.com, Windows Azure, Amazon

5. Cloud Fundamentals
 Software as a Service (SaaS): cloud applications
 On-demand applications
 E.g. Gmail, Microsoft Office Web Companions

6. The Benefits of the Cloud
 The Cloud is about cheap, on-demand capacity

7. The Microsoft Cloud
Categories of Services
Platform Services
Software Services
Application Services
Infrastructure Services
Categories of Services

8. Inside Windows Azure:
The Cloud Operating System

9. Windows Azure Platform

10. Windows Azure Platform

11. Windows Azure
 Operating system as an online service; with automated provisioning
and services management
 Windows Azure is an OS for the data center
 Model: Treat the data center as a machine
 Handles resource management, provisioning, and monitoring
 Manages application lifecycle
 Allows developers to concentrate on business logic
 Provides shared pool of compute, disk and network
 Virtualized storage, compute and network
 Illusion of boundless resources
 Provides common building blocks for distributed applications
 Reliable queuing, simple structured storage, SQL storage
 Application services like access control and connectivity

12. Windows Azure

13. Windows Azure Storage

14. SQL Azure
 Highly available, scalable, and consistent distributed relational database
service; with geo-replication and geo-location of data
 Highly scalable and state-of-the-art HA technology
 Automatic failure detection; client request re-routed to new primary on failure
 Security Model
 Uses regular SQL security model
 Supports standard SQL logins
 Connectivity Model
 Connect using common client libraries
 Clients connect to a database directly

15. SQL Azure Storage

16. Windows Azure Platform AppFabric
 The fabric controller manages and controls the Windows Azure Fabric
and is responsible for automating the load balancing to ensure the
required scalability is achieved. Windows Azure Fabric has parallel
virtual machines running the image of the applications utilizing a Hyper-
V, which is a fine tuned version specific to Windows Azure.

17. Windows Azure Platform AppFabric
► Fabric controller utilizes the visibility of the configuration file indicating deployment requirements,
such as, storage issues, number of Web and Worker Role instances and so on. The fabric
controller is notified if a machine fails and configures a new virtual machine with the same
configuration and adds it to the Windows Azure Fabric to serve the needs immediately. This
ensures service availability without seriously impacting the end-user.

18. Windows Azure Platform AppFabric
 Internet-scoped overlay-network bridging across IP NATs and firewalls with
federated access control
 Service Bus
 Expose RESTfulor
SOAP services over
the internet through
firewall and NAT
boundaries

19. Windows Azure Platform AppFabric
 Access Control
 Integrate authorization into apps to control “what users are allowed to do”

20. .NET in Windows Azure
 Web Role and Work Role

21. PHP in Windows Azure
 Web Role and IIS/FastCGIwith Native Runtime

22. Java and Tomcat in Windows Azure
 Worker Role and Sub-Process Invoking Native Code

23. Windows Azure Datacenters
Simply select your data center of choice
when deploying an application
6 datacenters across 3 continents

24. Windows Azure Datacenters

25. Getting started with Cloud computing for Research
 There are many research scenarios for which cloud computing is well suited. Here
are just a few possibilities for getting started with cloud computing for your next
research project:
 Learn about Windows Azure. You can find a variety of information about Windows
Azure services, development support, and resources for best practices, code
samples, and more at Windows Azure Documentation.
 Create a website. You have a several options for migrating an existing website to
Windows Azure, which you can learn more about at How To: Migrate and Publish a
Web Application to Windows Azure from Visual Studio, Migrate a Database-backed
Website (and database) to Windows Azure Web Sites, and Migrating a Blog to
Windows Azure Web Sites.

26. Getting started with Cloud computing for Research
 Set up a virtual machine. You can create virtual machines using the image to
create a cluster or to run different simulations of your data in parallel on separate
machines. You can create an image of your computer and then use that image as
a template to create a virtual machine managed by Windows Azure Virtual
Machines. After uploading your image, it takes only a few clicks of the mouse and a
few minutes to set up a new virtual machine.
 You can even create multiple virtual machines using the same image for which you
only pay for the time that your virtual machine runs. You can shut it down and pay a
nominal cost for storage until you are ready to use it again later.
 Create a cloud service. You can build an application that runs in the cloud as a
service.

27. Summary
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28. Any Questions ?

29. Shutting down