Kristin Donceel June IBM Corporation

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The Story of Cloud and IBM zEnterprise

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Accelerating Cloud with IBM zEnterprise

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A secure cloud for data enables enterprises to improve service to their

customers

June 2013

Kristin Donceel (Kristin_Donceel@be.ibm.com)

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Topics



IBM and Cloud



Cloud Computing Reference Architecture



IBM smartCloud Foundation

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Fundamental questions:

• Is your organization achieving

the levels of innovation required to

compete in today’s environment?

• Is your organization able to nimbly

put lucrative ideas into action?

• Is your organization continually

reinventing customer relationships?

• Are you adapting to market changes

as fast as your competitors?

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IBM SmartCloud

Commitment to open standards and a broad ecosystem

Private & Hybrid Clouds

Cloud Enablement Technologies

Managed Cloud Services

Infrastructure & Platform as a Service

Cloud Business Solutions

Software & Business Process as a Service

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A next-generation combination of technology, expertise and reach

helps you advance your cloud deployment.

IBM Cloud Labs

IBM SmartCloud Centers

“IBM has one of the most comprehensive cloud portfolios.”

– Jeff Vance, Datamation

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Our own use of cloud extends across the entire IBM organization

and has transformed the IBM business on multiple levels.

• 109,000 IBM employees

use Blue Insight, the

world’s largest business analytics private cloud.

• 1,800 IBM marketers

across 6 continents utilize IBM

cloud-based Marketing Operations daily.

• 6,000 IBM users

of Blueworks Live to improve

internal business processes

• 200 million minutes

of IBM web conferencing with

LotusLive Meetings.

• Avoiding over $20M in expenses

over 5 years with

our private analytics cloud

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Topics



IBM and Cloud



Cloud Computing Reference Architecture



IBM smartCloud Foundation

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Governance

Security, Resiliency, Performance & Consumability

Cloud Service Creator Cloud Service

Consumer Cloud Service Provider

Common Cloud Management Platform (CCMP) Operational Support Services (OSS) Cloud Services Infrastructure-as-a-Service Platform-as-a-Service Software-as-a-Service Business-Process-as-a-Service Business Support Services (BSS) Cloud Service Integration Tools Consumer In-house IT Service Creation Tools Infrastructure Existing & 3rd_party

services, Partner Ecosystems

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Security, Resiliency, Performance & Consumability

Cloud Service Provider

Cloud Services IaaS PaaS SaaS BPaaS Common Cloud Management Platform

OSS – Operational Support Services BSS – Business Support Services Customer Account Management Service Offering Catalog Service Offering Management Transition Manager Deployment

Architect OperationsManager

Service Provider Portal & API

Infrastructure

Security &

Risk Manager CustomerCare Service

Manager BusinessManager

S e rv ic e C o ns um e r P or ta l & A P I S e rv ic e D e ve lo p m e nt P o rta l & A P I Existing & 3rd_party services, Partner Ecosystems Service Creation Tools Cloud Service Integration Tools Consumer In-house IT Provisioning Incident & Problem Managemen t IT Service Level Managemen t Service Automation Management

Service Delivery Catalog

Platform & Virtualization Management

Cloud Computing Reference Architecture (CC RA)

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New product-focused “cloud adoption pattern” deliverables

are introduced via the CCRA 3.0

IaaS: Cut IT

expense and

complexity

through a

cloud

enabled data

center

PaaS: Accelerate

time

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A simple organizational structure, towards creating prescriptive

solution architectures per cloud adoption pattern

New: Four main workstreams are part of the CCRA 3.0

Pre-3.0 content will continue to exist and be developed in the context of these 4 top-level workstreams

CCRA 3.0

Common Reference Architecture Foundation

Cloud-enabled

data center

(building private

IaaS, as a mgd

service)

Platform Services

(building private

PaaS, as a mgd

service)

Cloud Service

Provider (CSP2,

commercial XaaS)

Building SaaS

(using IBM-hosted

services)

Use cases Non-functional requirements Security

Performance & Scalability Architecture Overview

Architectural Decisions

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Topics



IBM and Cloud



Cloud Computing Reference Architecture



IBM smartCloud Foundation

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Foundation

Platform as a

Service Technologies

Infrastructure as a

Service Technologies

Cloud middleware & tools to

build, integrate and run cloud

services

A policy-based, scalable

environment for managing

cloud computing resources and

services “on demand”

IaaS

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Addressing our clients most pressing challenges as they optimize their

business infrastructures

How do I manage software delivery while business require-ments become more demanding?

How do I accelerate my organization’s deployment of applications to improve market

responsiveness? _{How do I integrate my private and}

public cloud based services? How do I deploy and manage my

existing packaged and in-house apps on the cloud?

How do I reduce the cost and complexity of cloud app

development?

How do I optimize the utilization and cost of my IT infrastructure ?

How do I scale and accelerate the deployment of services on my infra- structure to support business needs?

How do I prevent revenue

losses by minimizing downtime and speeding problem

resolution?

How do I understand how my infra-structure is being used and if I’m making the right

investments in it?

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Orchestrate Workflow

Manage the process for approval of

usage

Provision & Secure

Automate provisioning of resources

Monitor & Manage

Provide visibility of performance of

virtual machines

Meter & Rate

Track usage of resources

Virtualize

Server, storage & network devices to

increase utilization

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IBM can simplify the implementation of cloud enabled data center for

clients.

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Private and Hybrid Clouds

Easily build and rapidly scale

private cloud environments

with unparalleled

time-to-market, integration and

management

Easily build and rapidly scale

private cloud environments

with unparalleled

time-to-market, integration and

management

An integrated set of cloud

enablement technologies

An integrated set of cloud

enablement technologies

Private and Hybrid Clouds

Private and Hybrid CloudsPrivate and Hybrid Clouds

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IBM System z

Orchestrate

Advanced Cloud

Integrate

Virtualization

Entry Level Cloud

Automate

Infrastructure, Virtualization, Consolidation & Management

Standardized

Infrastructure

38 - 44%

Shared

resources

Dynamic

Scalability

Service

Catalog

Automated

Provisioning

21 - 25%

Chargeback’s

User

Self-Service

Less than 20%

Source: 2010 STG Private Cloud Study, December 2010, Base Size Total = 747

Cloud Optimization Standardization, Automation

and Orchestration

Cloud Implementation Stages

40 - 50%

Storage

Virtualization

Server

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SmartCloud Entry

Automate IT Delivery

Customer integrated HW

SmartCloud Provisioning

Automate Optimized Workloads SmartCloud Orchestration

Orchestrate Services across multiple environments and domains

SmartCloud Entry

Automate IT Delivery

PureFlex System

SmartCloud Provisioning

Automate Optimized Workloads

PureApplication System

Automate Optimized Workloads

Cloud Computing an evolutionary Approach

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Topics



IBM and Cloud



Cloud Computing Reference Architecture



IBM smartCloud Foundation

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What is done in the System z environment ?

Orchestrate Workflow

Manage the process for approval of usage

Provision & Secure

Automate provisioning of resources

Monitor & Manage

Provide visibility of performance of virtual machines

Meter & Rate

Track usage of resources

Virtualize

Server, storage & network devices to increase utilization Provisioning Provisioning Business Process Automation Business Process Automation Implementing automation is common use in the z/OS environment ( like Tivoli System Automation) to maximize efficiency and availability of critical

systems and applications.

Implementing automation is common use in the z/OS environment ( like Tivoli System Automation) to maximize efficiency and availability of critical

systems and applications.

•Capacity on demand

Memory Plan ahead

• Security is designed into

System z – it is not an added-on feature

•Capacity on demand

Memory Plan ahead

• Security is designed into

System z – it is not an added-on feature

Monitoring and managing of the different resources is widely implemented in System z environment

z/VM, PR/SM,

Multi-workloads in one partition MIF

Up to 100% utilization is realistic

z/VM, PR/SM,

Multi-workloads in one partition MIF

Up to 100% utilization is realistic

Accounting and charge-back is implemented, but ...

End User Portal

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CICS Transaction Server for z/OS V5.1

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Increased Productivity

 TCA of less than $0.70 per day per virtual

server

1

 79% less TCA vs. leading public cloud

2

 More than 3,000 applications available on

System z

Higher Utilization

 Most clients run consistently at 90%+

utilization

1

 “Shared everything” architecture

 Manage up to 100,000 virtual servers

1

More Efficient Data Center

 U.S. Insurance Company uses 80% less

energy than existing distributed servers

 Less floor space

 Fewer physical servers to manage

Greater Reliability,

Availability

 Most customers test backup of System z

to 100% recovery annually

 Built-in hardware redundancy

 Capacity and Backup on Demand

1 _{IBM calculations of zEnterprise limits across maximum z196 configuration. Results may vary. 5-Year Total IT Cost}

2_{The Edison Group: The Value of IBM zEnterprise for Deploying Heterogeneous Private Clouds, savings start at 250 virtual servers}

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Modernize

System z by

moving to

Private Cloud

in a stepwise

approach

Integrate

Differentiation

“Take out cost” Consolidate and Virtualize

Automate

Standardization

“Simplify”

Automate and Manage Better

Orchestrate

Service Management

“Seamless”

Service Lifecycle Management

• zEnterprise System

• z/VM 6.2

• Linux on System z

• Tivoli Provisioning Manager 7.2

• zEnterprise Starter Edition for Cloud

• Cloud Ready for Linux on z

• SmartCloud Provisioning 2.x • SmartCloud Entry 2.3 • Tivoli Service Automation Manager 7.2.4 • System z Solution Edition for Cloud Computing

2013

• Updated! SmartCloud

Provisioning

• Updated! SmartCloud Entry

• New! Smart Cloud Orchestrator

(includes TPM and TSAM)

Develop a cloud infrastructure with System z

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IBM System z

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Client Examples

Taking advantage of its System z and deploying an IFL engine running Linux, Honolulu was able to provide useful data to its citizens in real time. The city also leveraged this new platform to create a custom cloud environment for its employees and citizens. The cloud environment reduced database licensing costs by 68 percent and reduced time to deploy

applications from one week to a few hours.

“The creation of a private cloud built

around the z196 servers supports our business transformation goals by enabling the rapid, seamless deployment of new computing resources to meet emerging requirements, ultimately, the ability to develop new offerings faster and at a lower cost means that we can bring valuable new services to market ahead of our competitors.”

Jim Tussing, Chief Technology Officer for Infrastructure and Operations, Nationwide

Marist built a virtualized cloud environment to maximize data and service accessibility. They worked closely with IBM to deploy a hybrid, heterogeneous IT environment

consisting of

zEnterprise 114, z/VM, and Linux operating environments.

Leveraging the cloud, Marist delivers a wealth of services to its

students, faculty, and administrators — as well as to the local business community, vendors, and the open source community.

Transzap boosts Software-as-a-Service uptime with

IBM System z.

“We intend to deliver a 99.9% application uptime guarantee to our customer base, thanks to the availability characteristics of System z.”

Peter Flanagan, CEO, Transzap, Inc. Consolidating 20+ multi-product, departmental BI deployments to Cognos®_{8 BI on} System z.

Deploying private cloud self service to support 200,000+ users across global workforce