Base: North American and European IT decision makers at enterprise firms with 1,000 or more employees
Source Forrsights Hardware Survey Q3 2013
13% 21% 33% 9% 10% 10%
Public cloud† (N=575) Hosted private cloud† (N=575) Internal private cloud† (N=575)
Expanding/upgrading implementaOon or implemented, not expanding Planning to implement in the next 12 months
“What are your firm’s plans to adopt the following forms of cloud compu*ng infrastructure-‐as-‐a-‐service (IaaS)?”
(Percentage of respondents who answered “planning to implement in the next 12 months”, “implemented, not expanding”, and “expanding/upgrading implementaOon)
No surprise that IT buyers prefer private clouds
IBM
IBM's approach to addressing applicaOon release challenges (prior to the
acquisiOon of UrbanCode) leverages and extends its ALM tools. IBM's primary focus conOnues to be on providing test automaOon and version control, but RaOonal
AutomaOon Framework provides a framework that enables pipeline management of complex middleware environments. IBM also recently released a new product, IBM SmartCloud ConOnuous Delivery, that can model environments and provide pipeline management to development/test environments with a focus on IBM's environments, such as IBM SmartCloud, PureApplicaOon System and IBM Workload Deployer. The acquisiOon of UrbanCode adds release workflow and release
automaOon capabiliOes to IBM's offerings, in addiOon to available integraOons with MidVision for arOfact deployment or Opscode Chef (the open-‐source community version).
Cloud Management Plaforms technology has moved rapidly to reach the Peak of Inflated
ExpectaOons, and it will become mainstream in two to five years, as the high visibility of these tools is matched by the high expecta*ons that IT opera*ons departments have for these tools to manage their private, public
and hybrid cloud environments, based on policy-‐driven automa*on.
What Exactly is OpenStack?
Cloud Infrastructure Pla1orm
Open Source Cloud Infrastructure Plaform
Enables enterprises to build private clouds that
provide AWS type services on their own/hosted
Strong Interest in OpenStack AdopOon
for Private Clouds
What is Red Hat Doing With OpenStack
Leadership and InnovaOon
•
Proof that Red Hat has skills, resources
to:
–
Support customers
–
Drive new features
–
Influence strategy and direcOon of
project
–
Enable partner collaboraOon
•
Wide ranging parOcipaOon, contrasts
with most others who are more
narrowly focused
•
RHEL-‐OSP is an enterprise-‐grade
distribuOon with ecosystem, lifecycle,
and support that customers expect from
Red Hat
Red Hat Enterprise Linux OpenStack Plaform
(RHELOSP)
Built on Highly Secure, Reliable, Scalable
Red Hat Enterprise Linux (RHEL)
Value Of Red Hat Enterprise Linux OpenStack
Plaform
•
Bring an AWS-‐like soluOon on-‐premise
–
Maintain control over data & data privacy
–
Adhere to corp/govt compliance policies and regulaOons
–
Provide on-‐demand capacity for the right workloads
•
Deploy OpenStack with confidence
–
Provides you an enterprise lifecycle
–
Hardened, stable, and enterprise-‐tested OpenStack
–
Based on the worlds most trusted enterprise Linux
foundaOon
•
Leverage the worlds largest OpenStack partner
ecosystem of sokware and hardware soluOons
What Workloads Should I Run on OpenStack ?
TradiOonal versus Cloud-‐Enabled Workloads
•
TradiOonal 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
–
Examples: large home grown, SAP, Oracle Financials, etc.
•
Newer cloud-‐enabled workloads are different
–
Disposable, stateless, modular
–
Can adapt quickly to changes in external environment
–
Examples: home grown customer facing apps, Neflix, Hulu, and
many popular mobile apps
•
OrganizaOons increasingly need to accommodate these
Cloud Apps vs. TradiOonal Apps
Pets vs. Canle
Systems of Record Systems of DifferenOaOon Systems of EngagementTradi*onal
Workloads
Cloud
Workloads
Ch an ge Go vern an ceApplica*on
Resiliency
Infrastructure
Resiliency
+
+
-‐
-‐
What OpenStack IS and ISN’T
•
It is a Cloud Infrastructure Plaform
–
Not a Cloud Management Plaform
–
Not a Cloud Applica8on Plaform/PaaS
•
Not Ideal for All Workloads
–
Ideal for Cloud Workloads
• ApplicaOons built for Cloud • “Canle”
• ApplicaOon Resiliency
–
Not ideal for Tradi8onal Workloads
• “Pets”
• Requires Infrastructure Resiliency
•
Future
–
Undergoing Rapid EvoluOon, Large Ecosystem Working On It
–
Cloud + TradiOonal Workloads ?
Leveraging OpenStack in
Next GeneraOon IT
Typical ExisOng Infrastructure
Current State
Widespread VirtualizaOon
First Goal -‐ Build Private Cloud
Manage Private/Hybrid Cloud (Need CMP)
IaaS on ExisOng Virtual Infrastructure
Manage Public Cloud Usage (e.g. Amazon)
Next Add OpenStack -‐ Deploy & Manage
Both Cloud and TradiOonal Workloads
Single Pane of Glass Management
Seamless Self Service, Brokering
Add AddiOonal Hypervisor(s) to Drive
Down Cost of TradiOonal Workloads
Single Pane of Glass Management
Across MulO-‐Hypervisor, MulO-‐Cloud
Look of New IT
Red Hat Cloud Infrastructure
An Evolu*onary Approach to Cloud
• Flexible path to the cloud – allows you to build/extend your cloud at your pace,
alongside your infrastructure, meeOng your specific infrastructure and business requirements
• Not a Rip and Replace solu*on – interoperates with your exisOng infrastructure
• Cost effec*ve – predictable pricing that is typically half the cost of proprietary
soluOons
• Tightly integrated components – holisOc management, shared image library
simplifies your architecture
• Lower complexity – much easier than rolling own version of OpenStack, or
managing exisOng VMware and public cloud environments with varying tools • Future proofs your investment – same management handles tradiOonal and
cloud-‐enabled workloads; OpenStack technology ready if/when you need it • Enables Mixed Cloud Environment – exisOng infrastructure, new cost effecOve
virtualizaOon, cloud-‐enabled infrastructure, and public cloud infrastructure managed as a cohesive whole
