This document discusses the role of Hyper-V in implementing the NIST cloud computing model. It provides an overview of Hyper-V features and architecture. It also outlines the NIST definition of cloud computing, including its essential characteristics, service models, and deployment models. Finally, it describes how Microsoft implements a private cloud solution using Hyper-V as the hypervisor along with System Center for management and orchestration.

1. The Role of Hyper-V in NIST
Model
Georgy A. Gadzhiev,
IT PRO Evangelist

2. Let Me Introduce Myself
Georgy Adil Gadzhiev
IT PRO Evangelist, Microsoft
MCT, Independent
About 10 years in IT
Expert in virtualization, cloud
computing, storage systens, server
systems, RFID, ZigBee
70+ certificates in IT-related fields

3. Hyper-V Overview
Hyper-V 1.0 - 2008
Hyper-V 2.0 - 2009 - Live Migration, CSV, iSCSI
Hyper-V 2.0 SP1 - 2011- Dynamic Memory,
RemoteFX
Hyper-V 3.0 - 2012

4. Hyper-V Architecture

5. Hyper-V 3.0 forthcoming
Network virtualization
Extensible Hyper-V Virtual Switch
Multi-tenancy
NIC teaming as part of Windows Server 8 OS
Up to 160 logical processors per hypervisor instance
Up to 32 virtual processors per VM
Storage Resource Pools
.vhdx disk format supporting virtual hard disks as large as 16TB with
power failure resiliency
Virtual Fibre Channel
Offloaded data transfer
Hyper-V replica
Cross-premise connectivity
Cloud backup
VMs can now access up to 512GB of memory each
Each hypervisor instance can now access up to 2TB of memory.
Up to 1024 total virtual processors per host
Up to 1024 active VMs per host
Up to 4000 active VMs per failover cluster

6. The NIST Definition of Cloud
Computing
Cloud computing is a model for enabling ubiquitous,
convenient, on-demand network access to a shared pool of
configurable computing resources (e.g., networks, servers,
storage, applications, and services) that can be rapidly
provisioned and released with minimal management effort or
service provider interaction. This cloud model is composed of
five essential characteristics, three service models, and four
deployment models

7. The NIST Definition of Cloud
Computing and Hyper-V

8. The NIST Visual Model of
Cloud Computing
Hybrid
Deployment
Clouds
Models Private Community Public
Cloud Cloud Cloud
Service Software as a Service Platform as a Service Infrastructure as a
Models (SaaS) (PaaS) Service (IaaS)
On Demand Self-Service
Essential
Broad Network Access Rapid Elasticity
Characteristics
Resource Pooling Measured Service
Massive Scale Resilient Computing
Common Homogeneity Geographic Distribution
Characteristics Virtualization Service Orientation
Low Cost Software Advanced Security
8
Based upon original chart created by Alex Dowbor - http://ornot.wordpress.com

9. Security is a Major Issue

10. Cloud Standardization
Advanced features Proprietary Value
Add Functionality
Core features Standardized Core
Cloud Capabilities

11. Microsoft Private Cloud
Solution
Configuration
App Controller Orchestrator Deployment
Virtual Machine Manager
Service Delivery & Operations Manager
Model Automation Configuration
Self-
Manager
Service Data Protection
Manager
DC
App Owner Admin
Service Manager Service Manager
Monitoring
Usage
Physical Environment
Application Management Service Delivery Infrastructure Management

12. Implementing Microsoft
Private Cloud
Clustered “Scale Units”
of physical components
Authoring & Auditing
Virtualized sing Hyper-V
Admin / Tenant Interfaces To create platform for
1000 VMs +
Orchestration Layer Orchestrator
Discrete Management Layer
Management Layer Via System Center suite
Orchestration of
Hyper-V based hypervisor
complex workflows
Compute/Network/Storage
Active Directory provides
Common security model
For hosting and hosting asse

13. Thank You for Your Time
Questions