This document discusses how to create a dynamic IT environment using modern IT models like cloud computing. It begins by addressing common complaints about IT being a "bottomless pit of money" and being slow and unresponsive. It then introduces cloud computing and discusses how virtualization, scaling IT, and private clouds can help make IT more efficient and responsive to business needs. The document recommends using Microsoft tools like System Center and Windows Server to build a private cloud, and provides an overview of System Center's capabilities for infrastructure management, cloud management, and service management.

1. Diego Henrique da Silva
Cloud Infrastructure Lead
Dynamic Datacenter – How to
Create a Dynamic Environment

2. Diego.h.silva@outlook.com
/mcpdiegosilva
diego.henrique@brsolucoesintegradas.com.br
MCSA – 2012
MCSE – Server Plataform
MSP – 2010-2012

3. How to make your
internal I.T. resources
bigger and better?

4. Menu
I.T. Is a problem?
Modern I.T. models
I.T. business tools
Demo
Q/A

5. I.T. Is a problem?

6. I.T. Is a problem?
What
your
boss says
bottomless
pit of money
Can’t
understand
the company
business
Slow , out of
sync with
business
Users are
never
answered in
time
Nothing
works as
expected In short:
lack professionalism in I.T.

7. I.T. Is a problem?
They
are
wrong?
Did you have the financial plan
for this quarter?
What’s your SLA for critical
systems?
Did you ever create a better
process for your business?
There is an Ops. Manual?
What is your average time to
response / resolution?
Your department is
professional?

8. The Cloud is a Threat to My Job
• More time on improvements,
not repetitive maintence
• Move from generalist to
specialist
• Become more important in the
company
Make
you Job
Better
Automate
solutions to
recurriong
problems
Faster
response to
business
needs
Create new
services and
add value
Clear and
regular
reporting
Simplify
management
More variety

9. Modern I.T. models

10. First at all: What is Cloud?
• 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.
NIST: National Institute of Standards and Technology

11. Modern I.T. models
• High hosting cost
• High administrative cost
• Complex licensing and hardware
warranty
• Complex maintence of patchs,
hardware
• Lots of single points of failure
Classic I.T
• Reduction of host in DC
• Simples licensing process
• Lower hosting cost
• Simplification of patch managing
Virtual I.T. • Effort reduction of administration
of VMs
• Optimizarion of acquisition costs
• Ensures availability of
computational resources
• Simplifying in implementing
patches at different levels
Scaling I.T.

12. Traditional Stack X Virtualized Stack
Hardware
Operating System
App App App
Hardware
Hypervisor
OS
App
OS
App
OS
App

13. And Private Cloud?
Essential Requirements
Self Service
Resource
pooling
Elasticity
Policy Based
Metering
Service Models
SaaS
PaaS
IaaS
Deployment Types
Private Hybrid Public

14. I.T. Business tools

15. Market Resources
• Virtualization = Private Cloud
• System Center Virtual Machine manager = Private cloud
• VMware vCloud = Private Cloud
• Private cloud is a product
FALSE

16. Private Cloud Architeture
Physical Infrastructure
Virtual Infrastructure
Management Layer
Service Catalog
Self-service Portal
Public
Cloud
Connector
Orchestration
Infrastructure
Authority
Centralized
management,
Integration
&
Operation
Identity
Access
Management
Lifecycle Management
Performance
Optimization
Change Management
Capacity Management
Chargeback
Policy-based Resource
Allocation

17. Why Microsoft?
• Delivery Applications as standardized I.T. Services
• Application center approach
• Build over System Center and Windows Server

18. System Center 2012 Capabilities
Infrastructure
Enhencements
HA VMM Server
Upgrade
Custom Properties
Windows PowerShell
Fabric
management
Hyper-V Bare Metal Provisioning
Hyper-V, vSphere, XenServer
Network Management
Storage Management
Update Management
Dynamic Optimization
Power Management
Cluster Management
Cloud
Management
Application Owner Usage
Cabacity & Capability
Delegation & Quota
Service
Management
Service Templates
Application Deployment
Custom Command Excution
Image Based Servicing

19. Components comparative
Industry Capability Microsoft VMware
Application
Management
Self-Service  AppController
 Service Manager
 vCloud Director
Application Performance
Management
 Operations Manager  vFabric APM
Hybrid Cloud  VMM  vCloud Director
 vCloud Connector
Service Delivery &
Automation
I.T. Service Management  Service Manager  Vmware Service Manager
I.T. Service Reporting  Service Manager  vCOPs Suite
Processs Automation  Orchestrator  vCenter Orchestrator
Infrastructure
management
Cloud creation & delegation  VMM  vCloud Director
Data protection & DR  Data protection Manager
 Orchestrator
 vCenter SRM
Monitoring  Operations Manager  vCOPs Suite
Configuration & compliance  Configuration Manager  vCOPs Suite
 vCenter Configration
Manager
Virtualization
Plataform
Hypervisor & VM Management  Windows Server Hyper-V
 VMM
 vSphere
 vCenter

20. Demo

21. Any Questions?

22. www.brsolucoesintegradas.com.br