emerging technology in the cloud! real life examples. pol mac aonghusa

IBM Cloud Computing

© 2009 IBM Corporation

IBM Cloud Computing

An overview

Pol Mac AonghusaDublin Cloud LabApril 2009

[email protected]

IBM Cloud Computing


2

EMEA Cloud Lab - Driving Leadership in Cloud Computing

Center Charter

Worldwide Cloud delivery infrastructure Deep skills and resources Research Development

’

"IBM's European hub for Cloud Computing highlights Ireland’s role as an important

contributor to IBM's global research, development and innovation strategy.”

– Micheál Martin TD, Minister for Enterprise, Trade and Employment

“This new facility and the cloud computing model, the wealth of talent at IBM's software

lab in Ireland will be accessible to not only the rest of Europe, but Africa and the Middle East

as well."

– Steve Mills, Senior Vice President and Group Executive, IBM Software Group.

IBM Cloud Computing


304/11/23 What is Cloud Computing?

“The key characteristics of the cloud are the ability to scale and provision computing power dynamically in a cost efficient way and the ability of the consumer (end user, organization or IT staff) to make the most of that power without having to manage the underlying complexity of the technology.

The cloud architecture itself can be private (hosted within an organization’s firewall) or public (hosted on the Internet).”

Source: www.opencloudmanifesto.org

Monitor & ManageServices & Resources

CloudAdministrator

DatacenterInfrastructure

Service Catalog,

Component

Library

Service Consumers

Component Vendors/Software Publishers

Publish & UpdateComponents,

Service Templates

IT Cloud

AccessServices


Cloud Computing ..... key common characteristics

IT Analysts

Financial Analysts

IT Providers

End Users

Enhanced user experience Elastic scaling

Automated provisioningHighly virtualized

Standardized Workloads

Source: IBM Corporate Strategy analysis of MI, PR, AR and VCG compilations

Anywhere access to applications through a simplified user interface

Rapid time to market for new services.

Anywhere access to applications through a simplified user interface

Ability to elastically scale resources and maintain

high quality of service

Ability to elastically scale resources at significantly lower

incremental management cost

IBM Cloud Computing


A Simple Cloud Infrastructure Architecture

Platform as a Service

Platform as a Service

High VolumeTransactions

Software as a Service

Servers Networking Storage

Metering Monitoring Billing

ServicesCloud

DevelopmentCloud

EnterpriseCloud

Multi-Tenancy

Security

Middleware

Collaboration

Business Services

CRM/ERP/HR

SubscriptionServices

Data Center Fabric

Shared virtualized, dynamic provisioning

ServicesManagement

J2EE

On-ramps

ApplicationEncapsulation

Ajax

Deployment

On-ramps

On-ramps

DevelopmentTooling

Interoperability with other clouds

Application as a Service

Infrastructure as a Service

IBM Cloud Computing


Example: IBM Blue Cloud base offering

Delivers a massively scalable and flexible compute platform

IBM Monitoring

DB2

Provisioning Management Stack

Provisioning Manager

WebSphere Application Server

Monitoring Provisioning bare metal & virtual machines

Processor, Network & Storage

Linux with Xen

Tivoli Monitoring Agent

Virtualized Infrastructure Based on Linux & Xen

VirtualMachine

VirtualMachine

VirtualMachine

VirtualMachine

Apache

•Based on open standards and open source software

• Includes IBM software, systems technology and services

•Processor, Network & Storage Provisioning

•Web 2.0 resource reservation system

Cloud Computing Management Services

IBM Cloud Computing


704/11/23

Enterprise

A Delivery 'Cloudscape' is emerging: 3 co-existing delivery models

Service Consumers

Service Integration Service Integration

Traditional Enterprise IT

Private Cloud

Services Services

Service Integration

PublicClouds

Services

Over time, IT workloads will move to the Cloud delivery models as applicable for the client. Examples:

Mission Critical Packaged Apps High Compliance

Test Systems Storage Cloud Developer Systems

Variable Storage Software as a Service Web Hosting

Enterprise portfolio will span public and private domains


IBM Is Already Working With Various Business Design Options to build, support or leverage clouds

SERVICES SERVICES SERVICES

Service Integration Service Integration Service Integration

Enterprise IT EnterpriseCloud

EnterpriseCloud

PublicClouds

SERVICES SERVICES SERVICES

Service Integration Service Integration Service Integration

Enterprise IT EnterpriseCloud

EnterpriseCloud

PublicClouds

Provide public cloud-based services

Lotus Live & Bluehouse: collaboration services

Run public cloud Information Protection

Services (BCRS) Internet Security Systems Computing on Demand

Source: IBM Corporate Strategy

Cloud infrastructure products Tivoli cloud suite Blue Cloud stack Ensembles & Ensemble software iDataPlex

Cloud Platforms Lotus Web Delivery Platform MPBS Common Services

Delivery Platform Automated Test Facility

Build enterprise cloud RC2 adoption Cloud Lab pilots GTS Cloud Services

IBM Cloud Computing


904/11/23 Business Case Results: IBM internal example (Tech Adopter’s Portal)

New Development

Software Costs

Power Costs

Labor Costs (Operations and Maintenance)

Hardware Costs (annualized)

Liberated funding for new development, trans-formation investment or direct saving

Deployment (1-time)

Software Costs

Power Costs(88.8%)

Labor Costs ( - 80.7%)

Hardware Costs( - 88.7%)

Note: 3-Year Depreciation Period with 10% Discount Rate

Without Cloud With Cloud100%

Current IT

Spend

StrategicChange Capacity

Hardware, labor & power savings re-duced annual cost of operation by 83.8%

The IBM TAP business case re-presents an ideal environment fora private cloud implementation. By implementing virtualization and automated provisioning, the team was able to:

Reduce from 488 servers to 55 Reduce from 15 admins to 2 Reduce Power costs (fewer servers)

Note: Clients who have already adopted virtualization and automated provisioning will see different results.

IBM Cloud Computing


Implementing a Cloud Strategy requires decisions ...

CostsEconomies of

scale only go so far, unless

customer is willing to trade (data,

advertising views, ...) for

services

CultureTrust,

chargeback, sharing

Security & Privacy

Weak or non-existent perimeter, Data provenance,

Service/Data Location

ScalabilityParallel

processing, no problem; sequential

processing, different story

ConnectionOnly as good as

the Internet, unless you pay to

"harden" your connection

Service Management

Technologies & best practices

immature

High Availability

For workloads that are stateless, no

problem; for stateful workloads, same

issue as enterprises

IBM Cloud Computing


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Getting started with Cloud Computing…

Develop a strategy

Virtualize

Manage

Consolidate

Best practices … think holistically

Assess and deploy … start now

Gain and maintain control

… modularity and standards are key

Reduce from many to few

… start with an inventory

IBM Cloud Computing


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Example: Developer Cloud for Dynamic Infrastructure

•Easily develop, deploy, and deliver services from the cloud• Integrated, dynamically provisioned and scaled runtime

environment•Seamless transition to production environment•Collaboration platform for knowledge sharing

Open to internal IBM developers since February 26th

Virtualized 3-Tier Test Topology

Web ServerApplication

ServerDatabase

Server

DevelopersArchitects

Testers

IBM Cloud Computing


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Deploy in the cloud•One click application provisioning

•Deployment optimization•Collaboration platform for knowledge sharing

WebServer

AppServer

DBServer

Developers, Early Users,Operations, Application Owners,

Business Units

Developer Cloud - Flexible Development from the Cloud

Developers ,Architects, Testers

Develop in the cloud•Integrated, dynamically provisioned and scaled runtime environment

•Repository for source and reusable assets

Deliver services from the cloud•Seamless transition to production environment•Easily accessed from anywhere

IBM Cloud Computing


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Example: Hybrid Cloud for Dynamic Infrastructure

•Rapid access to extra capacity in public clouds•Secure inter-connections between the clouds•Single systems management view across clouds

•Automated provisioning of virtualized servers, storage and network resources

Installed at all 9 IBM Cloud Labs by June 30th

ManagementConsoleManagementConsole

IBM Cloud Computing


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MPLS / VPLSSecure Connection

Hybrid Cloud - Managing multiple clouds

IBM cloud computing

MonitoringProvisioning ofvirtualized machines

Servers, Storage, Network

Private Cloud Public Cloud

• Provides a single systems management view of private and public cloud

• Unified provisioning of servers, storage and networks

• Secure virtual networks extend into the public cloud

• Further isolates network traffic between workloads

Servers, Storage, Network

IBM Cloud Computing


16Prepared by IBM Dublin Cloud Lab

2000: IBM BCRS2000: UDDI 1.0; “SaaS” coined 2001: Dot com bubble bursts 2005: IBM AoD 2006: Amazon EC2 2007: Google Health; force.com launch 2008: IBM ww Cloud Computing centers

Cloud computing is an evolution – rather than a revolution – the culmination of a long series of approaches to simplified IT service delivery

1990: Berners-Lee invents the World-Wide Web 1994: CommerceNet 1998: RosettaNet 1999: i-Mode mobile internet

1961: John McCarthy proposes computing as a utility 1961: IBM Services Bureau 1975: First inter-industry EDI standards

2010

1980 1990 2000

1981: SMTP defines the standard electronic mail service 1985: United Nations sponsors EDIFACT

1960- 1970

IBM ServiceBureau (1961)

IBM Cloud Computing


1704/11/23

IBM Cloud Computing Leadership

Establishing cloud computing centres around the world1

Providing consulting and implementation services for Cloud computing

2

Helping clients speed time to market and reduce costs3

For more information, please visit:ibm.com/cloud

emerging technology in the cloud! real life examples. pol mac aonghusa

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