Considerations for Your Next Cloud Project – CloudForms & OpenStack Do’s and Don’ts In this Session we will discuss Organizational and Operational Considerations on how to move into Infrastructure as a Service Environments and showcase how Enterprises today address different aspects of Cloud Management. Focus of this session is on Design and Operational Aspects of running an Open Hybrid Cloud. The session will also touch on Process and Organizational Aspects.

1. Considerations for Your Next
Cloud Project – CloudForms &
OpenStack Do’s and Don’ts
FREDERIK BIJLSMA
Cloud Business Unit Manager, EMEA
6th December 2013

2. VIRTUALIZATION TO CLOUD CONTINUUM
Server
Virtualization
Drivers
Consolidation
Reduce Capital
Expense
Visibility
Control
Distributed
Virtualization
Private
Cloud
Flexibility & Speed
Reduce Operational Expense
Automation
Less Downtime
Optimization
Automation
Self-Serve Agility
Standardization
IT as a Business
Usage Metering
Agility
Self-Service
OpenStack Do´s and Dont´s
Hybrid
Cloud
Reduce Costs for Peak Loads
Flexibility for Peak Loads
Portability of All Loads
Federation
Brokering

3. RECAP -WHY VIRTUALIZE THE SERVER?
DECREASE:
INCREASE:

Server sprawl


Space and power





Management
inefficiencies

Downtime

Maintenance and
support
Service levels
Hardware
abstraction
Agility and
flexibility
Server utilization
Business continuity
 Staff productivity

Hardware lock-in
OpenStack Do´s and Dont´s

4. WHAT IS OPENSTACK?




OpenStack provides a massively scalable public cloud-like
platform for managing and deploying cloud-enabled
workloads
Modular in nature, OpenStack is a combination of open
source projects that control processing, storage, and
networking resources, managed via a web GUI
In OpenStack’s two year history, more than 200 companies
have joined the project including Red Hat in September
2011
In a recent CIO Quick Pulse survey, 64% of IT Managers are
“With tremendous momentum and industry backing, OpenStack is poised
either deploying or considering OpenStack
to become a major factor in the emerging cloud system software market.”
(IDC, July 2013)
OpenStack Do´s and Dont´s

5. OpenStack Do´s and Dont´s

6. Austin – October 2010
- Initial release
- Object storage production-ready
- Compute in testing
OpenStack Community
History & Timeline
Bexar – February 2011
- Compute production-ready
- Initial release of Image service
- Focus on installation and deployment
Cactus – April 2011
- Focus on scaling enhancement
- Support for KVM/QEMU, XenServer, Xen, ESXi, LXC
Grizzly – April 2013
- Ceilometer and Heat incubated
- Focus on upgrade support
Diablo – September 2011
- First production-ready release
Essex – April 2012
- Dashboard and Identity added to core
- Quantum incubated
Havana – October 2013
- 400+ new features
- Heat (orchestration) and
Ceilometer (metering)
became core projects
- Participation from 150+
organizations, a 54%
increase over Grizzly
Folsom – October 2012
- Quantum added to core
- Cinder added to core
OpenStack Do´s and Dont´s

7. Red Hat & OpenStack
OpenStack Do´s and Dont´s

8. Why Red Hat OpenStack?
Red Hat brings what OpenStack really needs...
• Supportability
• Stability & Code Maturity
• Certified Ecosystem
• Lifecycle
• Support for the entire stack from one vendor
• OpenStack Components
• Stable, mature and trusted Linux Operating System
• Secure, high performance virtualisation
• Storage
• Software Defined Networking
OpenStack Do´s and Dont´s

9. Havana Release
October 2013


Over 920 contributors to Havana, 40% increase over Grizzly release
400+ new features added across compute, storage, networking and
cross-platform services

Major enhancements: orchestration (Heat), monitoring (Ceilometer)

150+ organizations contributed, 54% increase over Grizzly



The OpenStack Foundation reports
that 300+ known enterprises have
adopted OpenStack as of Oct 2013
Significant developer and customer
traction that will only intensify with
Icehouse release (April ‘14) and beyond
Red Hat will continue to help
spearhead this momentum
OpenStack Do´s and Dont´s

10. 500
* Includes only the top 35.
VMWARE
ENOVANCE
SUSE
OPEN STACK FOUNDATION
OpenStack Do´s and Dont´s
OBJECTIF-LIBRE
99CLOUD
KTH INSTITUTE OF TECH.
CENTRIN
NIMBIS SERVICES
BLUE BOX GROUP
CLOUDSCALING
UNIVERSITY OF MELBOURNE
OPENSTACK HAVANA RELEASE
NTT
POLYCOM
CITRIX
CITRIX SYSTEMS
IWEB TECH
NICIRA
SWIFTSTACK
B1 SYSTEMS
METACLOUD
NEBULA
SOLIDFIRE
CISCO SYSTEMS
YAHOO!
DREAMHOST
UNITEDSTACK
CANONICAL
INTEL
1500
NEC
RACKSPACE
IBM
NUMBER OF COMMITS
1000
MIRANTIS
2000
HP
2500
RED HAT
RED HAT DEVELOPMENT POWERHOUSE
Corporate contributions to OpenStack
(04 APR to 16 OCT 2013)
0
COMPANY / ORGANIZATION *
Source:
Bitergia OpenStack Havana Analysis, October 17, 2013
blog.bitergia.com/2013/10/17/the-openstack-havana-release

11. SERVICE MODELS / WORKLOADS
TRADITIONAL WORKLOADS


Stateful VMs, application defined in VM
Big VMs: vCPU, vRAM, local storage
inside VM
CLOUD WORKLOADS

Stateless VMs, application distributed

Small VMs: vCPU, vRAM, storage separate



Application SLA = SLA of VM
SLA requires enterprise virtualization
features to keep VMs highly available

Application SLA not dependent on any one
VM
SLA requires ability to create and destroy
VMs where needed

Lifecycle measured in years

Life cycle measured in hours to months

VMs scale up: add vCPU, vRAM, etc.

Applications scale out: add more VMs

Applications not designed to tolerate
failure of VMs

Applications designed to tolerate failure of
VMs
OpenStack Do´s and Dont´s

12. SERVICE MODELS / WORKLOADS
PETS



Pets are given names like
pussinboots.cern.ch
They are unique, lovingly
hand-raised, and cared for
When they get ill, you nurse
them back to health
FARM ANIMALS



Farm animals are given
numbers like vm0042.cern.ch
They are almost identical to
other farm animals
When they get ill, you get
another one
Credit : Tim Bell @ Cern Labs
OpenStack Do´s and Dont´s

13. TRADITIONAL VS. CLOUD-ENABLED
WORKLOADS

Traditional apps can take years to write, live for decades, are
monolithic, need to be protected against failure at all costs
−

Failover and clustering designed for this purpose– failure of these
apps could lead to business disaster
Newer cloud-enabled workloads are different
−
−
Can adapt quickly to changes in external environment
−

Disposable, stateless, modular
Examples: home grown customer facing apps, Netflix, Hulu, and many
popular web-based games
Organizations increasingly need to accommodate these two
fundamentally different types of workloads
OpenStack Do´s and Dont´s

14. OPENSTACK / CLOUDFORMS DOS AND DONTS

Classify IT Landscape


Data Security Tiers


Workloads (Application Ready for OpenStack?)
SLAs …
Greenfield or Brownfield installation?

“Manager of Managers” might be required

“Understand” your Brownfield in Real Time

Compare Software Support Models

Look for experienced Partners in Implementation
OpenStack Do´s and Dont´s

15. OpenStack Do´s and Dont´s

16. OpenStack Do´s and Dont´s

17. OpenStack Do´s and Dont´s

18. CLOUDFORMS
CLOUD OPERATIONS MANAGEMENT
• Delivers an Open Cloud Management Platform that Supports
Heterogeneous Private, Public and Hybrid Clouds
• Enables Evolution from Proprietary Infrastructures to Open,
Hybrid Clouds
• Enables IT to Deliver IAAS and Broker Cloud Services,
Optimize Resources and Reduce Costs
• Manages Service Deployment across Hybrid Clouds Using
Policies, SLAs and Cost
• Provides Rich Integration into Existing Enterprise Management
Systems and Processes
• Eliminates Proprietary Cloud Management Tool Vendor Lock-In
OpenStack Do´s and Dont´s

19. CLOUDFORMS CAPABALITIES
OpenStack Do´s and Dont´s

20. OPENSTACK ADMINISTRATION TRAINING
OpenStack Do´s and Dont´s

21. UPCOMING
Coming soon:
Red Hat CloudForms Hybrid Cloud Management
Note: This course will be launched early 2014. Course is
based on CloudForms 3.0 and will be offered in a virtual
training environment.
OpenStack Do´s and Dont´s

22. RECAP: DOS AND DONTS

Classify IT Landscape


Data Security Tiers


Workloads (Application Ready for OpenStack?)
SLAs …
Greenfield or Brownfield installation?

“Manager of Managers” might be required

“Understand” your Brownfield in Real Time

Compare Software Support Models

Look for experienced Partners in Implementation
OpenStack Do´s and Dont´s