Cloud Computing with System z - PDF Free Download

Cloud Computing with System z Positioning, Solutions and Implementation Frank Heimes Senior IT Architect z ATS, IBM Client Center, Lab Boeblingen fheimes@de.ibm.com

What Problems Are Clients Trying To Solve Via The Cloud? Expectations of Cloud Computing Potential Cost Reductions Secure Access to Data for Mobile Workforce Re-Focus on Business Handling Usage Peaks High Overhead Related to Provisioning New Users/Services Delays in Rolling Out New Services Application Development & Testing Switching form CapEx to OpEx Application Downtime / Availability / Disaster Recovery Low Server Utilization Power / Space Constraints Reaching new ecosystems 2

Organizations use cloud to achieve more than cost savings and scalability With Cloud Computing it is expected to gain competitive advantages Strategic reinvention more likely to use cloud to reinvent customer relationships Cloud aggregates services and application intelligence for fine-tuning of the customer experience. Better decisions more likely to use analytics extensively via cloud to derive insights Cloud provides access to analytics that enable targeted marketing based on customer preferences. Deeper collaboration more likely to rely on cloud to locate and leverage expertise anywhere in ecosystem Cloud virtually connects professionals around the globe to collaborate and share best practices. Source: IBM Center for Applied Insights Under cloud cover: How leaders are accelerating competitive differentiation, October 2013

Cloud is driven by different teams Infrastructure Ops Spend less resource maintaining, more investing in future Fight flat budgets with across-the-board savings Get near-real-time scaling to address marketplace dynamics and time to market App Development Experiment more, faster Eliminate unnecessary development problems Work in depth across multiple domains Access to a robust platform to deploy internet-scale applications securely and with built-in control Line of Business Transform, iterate quickly and serve markets better Accelerate business process innovation Deliver analytics at the point of impact Connect people with collaborative business networks

Dynamic Hybrid Cloud changes the way work gets done across roles Business leaders: Choose market leading services (in house and external) to quickly and easily implement business process changes, leverage new ways to engage with customers, and even define entirely new business models. Developers: Build applications quickly and integrate them on or off premises using a robust set of tools for service composition to assemble composable services and APIs. IT Leaders: Leverage a self-optimizing dynamic hybrid environment to securely deploy and move applications and data across IT, private and public cloud without the need for manual intervention, while delivering the scalability and elasticity required.

Organizations must embrace new business models and disruptive technologies to be competitive, meet business needs, and innovate Systems of Engagement * Systems of Record * Structured Data Transactional Analytics Audit & Regulatory Compliance Unstructured Data Internet of Things Mobile Social CRM ERP HR DB Focus on Operational Costs affinity to Private Clouds Consolidation and modernization Operations Automation affinity to Public Clouds Assemble solutions from verified components and services Fast deployment and redeployment Risk and compliance Management Manual policy to analytics driven optimization Focus on Speed and Agility System z can acts as: Private Cloud Public Cloud Provider for services from Systems of Record * according to Geoffrey Moore, The Future of Enterprise IT Agile to DevOps model User first delivery model

Cloud Computing Deployment, Service, Characteristics 4 Deployment Models Software as a Service (SaaS) Platform as a Service (PaaS) Infrastructure as a Service (IaaS) Private cloud Community cloud Public cloud Hybrid cloud PUBLIC 3 Service Models PRIVATE 5 Characteristics Rapid elasticity Broad network access Resource pooling Measured service On-demand self-service Do not get confused between Hybrid Cloud and Hybrid Computing! HYBRID http://csrc.nist.gov/publications/nistpubs/800-145/sp800-145.pdf

Hybrid Cloud Enabling Customers To Fully Leverage The Cloud Connecting Systems of Record with Systems of Engagement Address rapidly escalating scalability and processing demands required by analytics and innovation Retain control of the IT environment and protect proprietary systems and data Maintain regulatory compliance and desired service levels

What is a Hybrid Cloud? A Hybrid Cloud is the combination of two or more cloud implementations, with different capabilities, user and administrator user interfaces, and control mechanisms. IBM s point of view is that the future will be a hybrid world of traditional IT, private and public clouds that enables composable business. This will be a dynamic cloud environment, one that is constantly adapting to meet new requirements. Typical examples: Two different On Premises / Private Cloud implementations IBM System z and VMware, both on premise Two different Public Clouds IBM SoftLayer and Amazon Web Services Public Cloud and On Premises / Private Cloud IBM SoftLayer and on premise System z Hybrid

Pros and Cons of Cloud Deployment Model Cloud Type Public Multi-tenant environment where compute resources are purchased in desired increments Private Internally owned, deployed and controlled compute resources Hybrid Uses a mix of private, dedicated IT resources in conjunction with public infrastructure 10 Pros Cons Flexible Low cost of entry Rapid deployment Scalable Wide availability of vendors Security of data Data residency Control DR Regulatory issues SLA Control Security DR Data ownership Ability to tune Time to implement Silo d approach Acquisition cost Staffing Planning Best of both Fit workload for cost and performance Can be single point of control Initial configuration Network latency Creating controls Management is complex

System z Focus by Cloud Deployment Alternative IBM System z Cloud Type Public Multi-tenant environment where compute resources are purchased in desired increments Private Internally owned, deployed and controlled compute resources Hybrid Uses a mix of private, dedicated IT resources in conjunction with public infrastructure 11 Enabling MSPs/CSPs to deliver differentiated mainframe-based service offerings Linux on System z and Linux on System z z/os as the foundation and z/os as the of the most secure, foundation of the scalable private cloud most secure, infrastructure scalable private cloud infrastructure Leveraging interoperability with SoftLayer, AWS and other public cloud offerings or BlueMix

System z and SoftLayer Integration Hybrid Use Case Examples CICS OLTP System on-premises Data Center Provides best-of-breed OLTP system Exploiting security and scalability of GDPS Load Balance Application Server on SoftLayer Cloud Server WAS Secure VPN Tunnel (Vyatta: virt. router, FW, VPN) Provides secure means to cross public network Presents private network of SoftLayer as extension of on-premises private network Network Gateways provides IPsec protocol stack as a way to build the VPN tunnel (using NAT traversal) VPN tunnel Hosts application / presentation tier on dedicated or virtual server Elastically scales compute capacity with pay as you grow WAS Internet CICS Gateway CICS DB2 Hybrid Architecture provides best of both worlds Secure Transactions combined with the dynamic of Cloud 12

BlueMix Overview BlueMix is IBM s new PaaS solution that combines the power of Cloud Foundry with popular languages and IBM SaaS.

Enabling the next generation of cloud application development with System z and BlueMix Delivers to developers IBM s market-leading Software as Services Enables transactions between systems of engagement and record Runs applications in any language Built On Open Standards 85% of new software is now being built for the Cloud

Codename: BlueMix Build and Run Your Apps The developer can chose any language runtime or bring their own. Just upload your code and go. BlueMix provides PaaS using CloudFoundry and is hosted on SoftLayer using OpenStack (IaaS). DevOps Development, monitoring, deployment and logging tools allow the developer to run the entire application instantly. APIs and Services A catalog of open source, IBM and third party APIs services allow a developer to stitch together an application in minutes. (API economy). Cloud Integration Build hybrid environments. Connect to onpremises systems of record plus other public and private clouds. Expose your own APIs to your developers. Extend SaaS Apps Drop in SaaS App SDKs and extend to new use cases (e.g. Mobile, Analytics, Web)

IBM BlueMix Enabling Next Generation Cloud Applications Build hybrid environments. Connect to on-premises systems of record plus other public and private clouds. Expose your own APIs to your developers. BlueMix brings unparalleled speed to development, deployment and IT operations & cuts the time needed to go from idea to running application to days vs months 100% Open Standards-based scalable platform a competitive differentiation Allows customers to use the same proven API services that they use on-premises, but in a much simplified, easy to consumer and instantly deployed manner System z - BlueMix Integration Expose services in a secure manner via zosconnect to achieve rapid open source based development whilst leveraging mainframe assets Expose z/os Data as-a-service via BlueMix to enable system of record to be called by Dev-Ops driven composable apps

IBM Redbook/RedPiece: BlueMix Redbook Demo videos on YouTube: IBM BlueMix on YouTube BlueMix Docs: www.ibmdw.net/bluemix/docs/about BlueMix Blog: www.ibmdw.net/bluemix/blog Register and try it for yourself: www.bluemix.net

Hybrid Cloud Combines the Best of Private and Public Cloud Private Cloud and traditional IT Fully customizable Robust management Secure by design Public Cloud Hybrid Cloud Low entry cost Pay-per-use Highly elastic Maximize return on existing IT investments Match workloads to best-fit infrastructure Hit the right balance of risk to speed Meet seasonal capacity without capital expense Innovate and add new capabilities quickly

Hybrid Clouds can Solve a Variety of Needs for Business and IT

What are Some Common Challenges in Implementing a Hybrid Cloud Solution? Common administration and management across platforms: Cross platform, cross hypervisor virtualization and management Integrated systems management Easily deployed patterns of expertise that can be used everywhere Ways to move and synchronize assets and resources between clouds: For example: Images Patterns Applications Application data and databases Meta data about applications Credentials Hybrid

Hybrid Cloud Implementations have Special Data Requirements and Challenges Private cloud and traditional IT Public cloud Hybrid Cloud Data can be accessed remotely, copied, moved, merged, or synchronized depending on application requirements Dynamic workload placement/management may require large scale movement of VM images, application data, and configuration information Diversity in network bandwidths complicate planning Distance adds latency

Cloud Inhibitor #1: Security Concerns Security remains #1 inhibitor to broad scale cloud adoption 2012 Cloud Computing Key Trends and Future Effects IDG

Cloud environments present new security challenges We have control It's located at 'x' It's stored in servers 'y', 'z' We have backups in place Our admins control access Our uptime is sufficient The auditors are happy Our security team is engaged Who has control? Where is it located? where is it stored? Who backs it up? Who has access? How resilient is it? How do auditors observe? How is our security team engaged?

Cloud Security Concerns Main challenges regarding Security in the Cloud Computing are: obvious: data security data privacy access management vulnerability management not so obvious: export regulations exit-management (what happens to your data when you leave your cloud service provider?) MSP/CSP discontinuance/closure of business German Federal Office for Information Security: Security Recommendations for Cloud Computing Providers https://www.bsi.bund.de/shareddocs/downloads/en/bsi/publications/minimum_information/securityrecommendationscloudcomputingproviders.html Further risks that are specific to the virtualized environment are discussed in the virtualization guidelines from PCI Security Standards Council: Information Supplement: PCI DSS Virtualization Guidelines https://www.pcisecuritystandards.org/documents/virtualization_infosupp_v2.pdf Hybrid Cloud Computing in E-Governance: Related Security Risks and Solutions Hybrid http://maxwellsci.com/print/rjit/v4-1-6.pdf

Different Cloud deployment models change the way we think about security Private cloud On or off premises cloud infrastructure operated solely for an organization and managed by the organization or a third party Hybrid IT Public cloud Traditional IT and clouds (public and/or private) that remain separate but are bound together by technology that enables data and application portability Available to the general public or a large industry group and owned by an organization selling cloud services. Changes in Security and Privacy Customer responsibility for infrastructure Provider responsibility for infrastructure More customization of security controls Less customization of security controls Good visibility into day-to-day operations No visibility into day-to-day operations Easy to access to logs and policies Difficult to access to logs and policies Applications and data remain inside the firewall Applications and data are publically exposed

IBM Takes Action to Improve Cloud Security Tackling the five types of security issues of Hybrid Cloud: 1) 2) 3) 4) 5) User and identity security Data and information security Application security Network security Physical infrastructure security IBM is using its expertise to outline a two-pronged approach to improve cloud security: IBM Cloud Security Infrastructure and Services 1. Plan and Assess the Security Strategy for the Cloud - IBM Cloud Security Strategy Roadmap - IBM Cloud Security Assessment - IBM Application Security Services for Cloud 2. Obtain Security Services from the Cloud - IBM Managed Security Services Hosted Security Event and Log Management - IBM Managed Security Services Hosted Vulnerability Management Furthermore we provide a best practice guidance for implementing cloud security: "IBM Cloud Security Guidance" (IBM Security Framework) IBM Redpaper REDP-4614, Oct 2009 http://www.redbooks.ibm.com/abstracts/redp4614.html IBM Takes Action to Improve Cloud Security http://www-03.ibm.com/press/us/en/pressrelease/32799.wss Hybrid

IBM SmartCloud Security Identity Protection IBM Security Identity Manager IBM Security Access Manager for Cloud and Mobile IBM Security Federated Identity Manager - Business Gateway Application Protection IBM Security AppScan Standard IBM Security AppScan Source IBM Security AppScan OnDemand Cloud Professional Services IBM Cloud Security Assessment IBM Cloud Security Strategy Roadmap IBM Application Security Assessment IBM Identity and Access Management Assessment I Threat Protection IBM Security Network IPS IBM Security Virtual Server Protection IBM Endpoint Manager (SmartCloud Patch) Managed Services for Cloud IBM Critical Server Protection IBM User Activity Monitoring IBM Vulnerability Scanning IBM X-Force Threat Analysis Service IBM Incident Response

Consume Deploy Design Using the Security Framework we articulate the way we address security in the Cloud in terms of Foundational Controls Cloud Governance Cloud specific security governance including directory synchronization and geo locational support Security Governance, Risk Management & Compliance Security governance including maintaining security policy and audit and compliance measures Problem & Information Security Incident Management Management and responding to expected and unexpected events Identity and Access Management Strong focus on authentication of users and management of identity IBM Cloud Security Reference Model Discover, Categorize, Protect Data & Information Assets Strong focus on protection of data at rest or in transit Information Systems Acquisition, Development, and Maintenance Management of application and virtual Machine deployment Secure Infrastructure Against Threats and Vulnerabilities Management of vulnerabilities and their associated mitigations with strong focus on network and endpoint protection Physical and Personnel Security Protection for physical assets and locations including networks and data centers, as well as employee security

Cloud Solution Blueprint (with focus on System z Linux for System z and z/vm) Integrate Virtualization Infrastructure & Virtualization Management Automate Entry Level Cloud Virtualization Management: More virtual servers in a single footprint Security: Highest security rating for tenant isolation Reliability & Availability: Unparalleled in the industry IBM z/vm IBM Wave for z/vm Advanced Cloud Standardization & Automation Orchestration & Optimization Standardization Service Management Differentiation Infrastructure Scalability: Consolidate more workloads per core; elastic scaling using Capacity On Demand Orchestrate Customers begin to standardize their environments for faster delivery of services. Integrated virtualization management with IT service delivery processes Automation is employed to provision and deprovision virtual guest environments using a shared pool of resources. Finally, some customers will want to evolve and optimize their cloud environment to orchestrate application deployment based on reusable workload patterns in order to deliver dynamic cloud services. Some customers may choose to allow end-user self service provisioning/deprovisioning. Optimize IT resources to reinvent business processes IBM Cloud Manager with OpenStack IBM Cloud Orchestrator

Cloud Computing (R-)Evolution Cloud computing is a journey and continuation of IT consolidation and optimization, beginning with proper infrastructure and virtualization management, ending with pattern-based workload deployment and orchestration of IT services. Some clients may require advanced cloud capabilities, while others just start with optimizing their virtualization foundation and then gradually move forward. Not all customers will, want or need to get to the final step. WORKLOAD PATTERN DEPLOYMENT There is an evolution in the infrastruktur, but a revolution in the applications! SELF SERVICE AUTOMATION STANDARDIZATION VIRTUALIZATION Virtualization Entry Level Cloud Infrastructure & Virtualization Management Standardization & Automation Advanced Cloud Orchestration & Optimization

IBM Tools Enhance the Evolving Customer Cloud Journey Customer Challenge Diversity leads to cost Manual process Time to deploy Customer Challenge Operating in Silo s No central point of control Low server utilization WORKLOAD PATTERN DEPLOYMENT SELF SERVICE AUTOMATION STANDARDIZATION VIRTUALIZATION Customer Challenge Shorter test cycles Reduced provisioning time Reduced license management IBM Cloud Orchestrator End-to-end process management Workload level deployment Public/Private Cloud management IBM Cloud Manager with OpenStack Open standards support Works with existing tools Consistent delivery model IBM Wave for z/vm Single point of management Simple user interface Speed of deployment

Virtualization and Cloud Portfolio for Linux on System z and z/vm Virtualization Infrastructure & Virtualization Management Entry Level Cloud Standardization & Automation Advanced Cloud Orchestration & Optimization IBM z/vm 6.3 Support more virtual servers than any other platform in a single footprint Integrated OpenStack support IBM Cloud Manager with OpenStack A simple, entry level cloud management stack IBM Wave for z/vm A graphical interface tool that simplifies the management and administration of z/vm and Linux environments Based on OpenStack Supports System z environments Formerly known as SmartCloud Entry IBM Cloud Orchestrator Builds on functionality of IBM Cloud Manager with OpenStack and adds runbook automation and middleware pattern support for workload deployment Based on OpenStack System z support as managed-to Formerly known as SmartCloud Orchestrator Differentiation 32 Standardization Service Lifecycle Management

IBM Wave for z/vm Web Administration VM Environments IBM Wave provides a graphical interface that simplifies and helps to automate the management of z/vm and Linux on System z virtual servers. Monitors and manages virtual servers and resources from a single graphical interface Simplifies and Automates tasks Provisions virtual resources (Guests, Network, Storage) Supports advanced z/vm capabilities such as: Single System Image (SSI) and Live Guest Relocation (LGR) Allows delegation of administrative capabilities to the appropriate teams Competitive and comparable to other virtualization center solutions A simple, intuitive graphical tool providing management, provisioning, and automation for a z/vm environment, supporting Linux virtual servers.

3270 Terminal Services CP/CMS Interface

Single System Image and Live Guest Migration Example migration using either the guests' context menu or drag-and-drop... 36

Network Management Screen Example 37

Storage Screen Example Volume Map 38

IBM Wave for z/vm Tested Productivity Savings* IBM Wave is designed to help automate and improve the productivity of many administrative tasks. Tests were run on a zenterprise processor both with and without the IBM Wave interface**. *These are sample task timings conducted by the IBM Competitive Project Office. Manual test times assumed a base knowledge of z/vm and assume no additional scripting. Individual test results may vary. **Tests used a zenterprise 196 model 2817-H10 running z/vm 6.3 with 6 cores shared by LPARS in the test. Each z/vm has 128G of memory.

Summary Overall Benefit of IBM Wave for z/vm Simplify the administrative and management of virtualized servers all from a single dashboard Reduce the time it takes to perform complex virtualization management tasks Extend the reach of existing skills to manage even the most complex tasks Improve the quality and consistency of operations with current and accurate view of your system a Reduce risk of errors by delegating management scope to the appropriate teams Accelerate virtualization steps like virtual server cloning and provisioning to make the transformation to cloud easier 40

IBM Infrastructure Suite for IBM Wave for z/vm Complete Solution for Administration and Management of z/vm and Linux on System z Environments IBM Infrastructure Suite Linux on System z OMEGAMON XE on z/vm and Linux Performance monitoring of z/vm and Linux guest Tivoli Storage Manager File Level backup and recovery for Linux Virtual Machines z/vm IBM Wave for z/vm Simple, intuitive, graphical z/vm management tool Operations Manager for z/vm Facilitate automated operations, take action based on events Backup and Restore Manager for z/vm Backup and restore full z/vm environment

Introducing IBM Cloud Manager with OpenStack An easy to deploy and use cloud management software offering based on OpenStack with IBM enhancements and support Enables rapid IT response to ever-changing demands of business via self-service provisioning of infrastructure services Yields improved virtualization operational efficiency and greater overall business effectiveness. Administrators capture & manage standard VM images Provides capability to track/correlate cost of infrastructure to department usage via basic usage metering, so Organizations & Managed Service Providers (MSPs / CSPs) can align service to expense Supports production-grade cloud operations & interoperability at scale via full OpenStack API compatibility. Open computing cloud alternative to proprietary vendors, with world-class support from IBM Hybrid capability to IBM SoftLayer (Services offering)

IBM Cloud Manager with OpenStack v4.2 for System z IBM Cloud Manager with OpenStack is an easy to deploy, simple to use cloud management software offering based on OpenStack with open cloud APIs IBM enhancements: self-service portal for workload provisioning, virtual image management, and monitoring New with V4.2: Heterogeneous management support System z managing Power and x86 servers Central management across multiple hypervisors & domains All IBM server architectures & major hypervisors supported Pattern support Chef-based patterns based on OpenStack Heat pattern engine is now supported on System z Workload deployment based on patterns speeds delivery of new services Accelerate Time to Market: Establish Cloud environments quickly Integrated Management: Approvals, metering, billing, users and projects through a single pane of glass Flexible, modular design: Based upon OpenStack IaaS Access to OpenStack APIs. Extensible via REST API allowing partners to easily customize the UI Hybrid Cloud support Hybrid Clouds on and off premise options via SoftLayer support GA of v4.2 planned for Q4 2014

IBM Cloud Manager with OpenStack delivers cloud benefits for users and administrators Users Administrators Easy to access, easy to use Service Request Catalog Tailor workload options for users and groups Hides underlying infrastructure from user, shifts focus to services delivered Monitor usage with workload metering Enables the ability to provide standardized and lower cost services Provides project level customization

IBM Cloud Manager with OpenStack v4.1 High Level Architecture External Application / Client OpenStack consumers Cloud Manager UI API User Mgt Approvals Project Billing/Accounts Network mapping Metering Reports Cloud Admin Expiration policies VM mgt Image config VMware adapters IaaS Gateway/Federation OpenStack Adapter OpenStack Users, Projects, Tenants/Domains, Storage Configurations Network config, Image Repo/mgt, Image Flavors, OpenStack Dashboard Nova drivers for Hyper-V, KVM zvm driver xcat vcenter PowerVC part of z/vm 6.3 Hyper-V x86 KVM PowerVC driver VMware Driver* (HMC Driver) vcenter HMC PowerKVM z/vm v6.3+ PowerVM through PowerVM through Rack hardware NGP hardware

IBM Cloud Manager with OpenStack v4.1 Technical Summary IBM Cloud Manager with OpenStack, v4.1 is a cloud management offering that is built on OpenStack to deliver new and improved private cloud and Service Provider solutions. Its modular, flexible design helps enable rapid innovation, vendor interoperability, and faster time to value. Designed to be easy to deploy and easy to use, features include basic security, automation, usage tracking metering, and multi architecture management. Full access to OpenStack Icehouse APIs, backed with IBM support Integrated Chef based OpenStack deployment on x86 KVM, PowerKVM, Power complete with neutron configurations and DB2 support Integrated Platform Resource Scheduler for advanced placement An easy-to-deploy, simple-to-use cloud management solution, featuring a self-service portal for workload provisioning and virtualized image management Heterogeneous support for IBM PowerVM, IBM z/vm, IBM PowerKVM and x86, Linux Kernel-based Virtual Machine (KVM), Microsoft Hyper-V and VMware vsphere virtualization environments Multi-region support that allows you to manage multiple on-premise OpenStack regions from a "single pane of glass" Support for deploy, resize and capture, backup and restore, image management, approvals, expiration, billing, and metering Support for PowerKVM that includes Volume management, Flavor management, Secure Shell (SSH) key management, and basic multi-tenancy support All functions previously available with IBM SmartCloud Entry v3.2

IBM Cloud Orchestrator for E2E Orchestration and Workload Management Data Availability ComputeDomain Domain Monitoring Domain Storage Domain IT Network Management Domain Monitoring IT Asset Mgmt Network Domain Change Mgmt Orchestration Engine Web App DB Service Mgnt / Service Desk Opportunity to develop provisioning patterns for key Linux on z workloads Resource Orchestration Onboard, provision, manage CPU, Storage and Network Consolidate and Virtualize Workload Orchestration Workload aware placement, optimization and operation Automate and Standardize Optimise and Orchestrate Service Orchestration Manage the lifecycle of business applications Cloud Service Management

Positioning Cloud Management Solutions from IBM Modular Capabilities Common Cloud Management Services IBM Cloud Manager with OpenStack Enables basic Infrastructure Cloud Services: Cloud provisioning and automation based on OpenStack Simplified implementation, lifecycle management, resource management, self-service portal, monitoring & metering Full access to OpenStack APIs All IBM server architectures and major hypervisors now available to choose from Integrated platform management, backed by IBM enterprise-grade lab services and support Orchestration Services Platform Level Services IBM Added Value IBM Cloud Orchestrator Enables Infrastructure, Platform & Advanced Orchestration Services: Eases coordination of complex tasks and workflows, necessary to deploy applications Deploy application topologies or patterns Automation library access, a marketplace for automation packages sharing and re-use Take advantage of the huge pattern library in the IBM PureSystems Center (Image Lifecycle Management) (Pattern Services) Infrastructure Level Services (Provisioning, configuration, resource allocation, security, metering, etc.) Hypervisors VMware, KVM, Hyper-V, PowerVM, zvm Cloud Resources Storage Compute Network

IBM Cloud Orchestrator High Level Architecture IBM Cloud Orchestrator IBM Tivoli Monitoring (ITM) SCProvisioning Self Service Automation Modeling UI Modeling and Admin Offering Catalog IBM Business Process Manager (BPM) SmartCloud Cost Management Cloud User ICCT Image Creation API API (SCCM) Image Library Composite Patterns Management Automation Engine BPM Process Server Hypervisor Management OpenStack Gateway OpenStack Hybrid Extension Content packages SW Licence Service Account Cost Install Mgmt Desk ing Mgmt & Patch Amazon EC2 Storage Network FileFW/LB based SoftLayer * VMWare vcenter VMControl Power KVM HyperV ESX Openstack Cinder driver for Block Storage XEN * support in upcoming release

Orchestration Registry

IBM Cloud Orchestrator Orchestration Rich tooling functions to edit, version, debug, optimize workflows Access to rich libraries (toolkits) of reusable automation assets that enable to speed automation creation Graphical editor for composing and connecting workflows Palette of library assets enable easy workflow composition through drag and drop Consolidate and Virtualize 53 Automate and Standardize Rich set of actions types, flow control, data handling primitives that simplify creation of complex automations Easy workflow action editing for managing: data mapping, error recovery options, implementation details, etc. Optimise and Orchestrate Cloud Service Management

Approval / Human Tasks

Creation of Patterns Library of virtual templates, sw packages, script, add on ( disks, network cards, etc) Graphical editor for composing and configuring workloads Reuse chef recipes from community

IBM Cloud Orchestrator v2.4 What s New / IBM Cloud Marketplace Full Multi-Tenancy to support Service Providers implementing clouds - Multiple tenants with a single ICO - Administrative authorities can be delegated to each tenant Supports the widest variety of on premise platforms including VMware, KVM, Power, System z Expanded public cloud support with SoftLayer in addition to existing Amazon EC2 Create images easier and faster - Use standard images to build your patterns - Support for Glance image library in OpenStack Deploy more patterns - IBM s advanced pattern engine with: automated scaling, software install, Chef recipe import, pattern editor, marketplace of content - OpenStack Heat is now available as an alternative pattern engine in addition to IBM s pattern engine Support OpenStack's ecosystem of Storage and Networking options Integrated high availability for production install New hosted version of ICO - Service Engage enables trial and proof of concepts in minutes Easy to customize with customer specific branding (logos, colors, banners) Single Pane of Glass Cloud Management On and Off Premise IBM Cloud Marketplace Access Marketplace of over 250 out of the box patterns speeds delivery of new services Growing IBM and third party ecosystem of automation content for fast deployment of services - 20,000+ IBM Endpoint Manager automation fixlets - Over 1500 Chef automation packages - www.ibm.com/cloud-marketplace

IBM Building Blocks for Clouds On Premise Off Premise Private Hybrid Public and Traditional IT IBM Cloud Manager with OpenStack and IBM Cloud Orchestrator Managed Private with Public Cloud Gateway IBM Aspera efficient and secure file and data set transfers of object storage High availability High scalability High performance IBM Cast Iron near real time integration of cloud and on premises applications, incl. data cleansing, migration, synchronization, connectivity, and workflows for process integration IBM Cloud Security Infrastructure and Services 40 data centers Extensive APIs Bare metal for high performance Managed services

How to start with Cloud Computing Strategy and application area Role of IT in organization Stategic IT priorities Cloud Readiness Assessment Analysis of IT Workloadtyps Scalability Volume Business criticalness Cost Gap-Analysis available vs required capabilities in IT Service Mgmt Cloud Adoption Roadmap prioritization of the activities 58

Four Phases of the Cloud Readiness Assessment 1 3 2 Determine Goals Understand cloud value drivers and resulting benefits Determine goals for cloud adoption specific to organization and target application/s / service/s Define Scope Understand current services / applications, processes and organization Choose fitting service model, deployment model and organizational aspect Define KPIs to measure benefits and achievement of objectives Choose in-scope tooling, processes, applications, services, environments Adopted cloud value drivers Agreed on goals Understood current situation Selected promising service and deployment models and/or specific cloud service offerings Defined specific KPIs (key performance indicators) Defined scope Perform Assessment Assess current architecture and environments, implemented application lifecycle process and according tooling, and organization aspects Document findings, constraints, k.o. criteria and required actions Assessed current state against defined scope (i.e. selected cloud models and/or services) Documented findings and required actions 4 Outline Transition Options Develop transition options based on assessment results for systems and applications, tooling and processes Create business case for required services based on future and current costs and projected benefits Documented transition options Defined service levels Calculated costs case Created business case Outlined transition roadmap

Why Consolidation and Cloud on System z? Trusted Cloud. Simply Delivered. Hybrid Capability. Speed Integrated system deployed and up and running quickly Availability Multi-Platform support World s fastest commercially available chip at 5.5 Ghz Differentiated qualities of service for enterprise-class cloud workload support. Unified management for rapid provisioning and orchestration. Highest levels of availability, up to 99.99%. In-system scalability and unified design for less infrastructure configuration. Little to no new skills required to deploy Runs Linux and OpenStack Economics Up to 75% lower total cost of ownership than leading public cloud providers Up to 80% lower software license costs. Up to 80% less energy consumption. Less than 1% of security incursions seen on competitive server platforms. Mean-Time-Between Failure (MTBF) is measured in decades. Integrated hardware and software design from single vendor reduces support complexity Up to 90% less floor space. Lower administration costs at scale with leading VM per administrator ratios. Flexible Utility pricing to match new cloud business models. Hybrid Cloud capable

http://clientcenter.de.ibm.com/ http://clientcenter.de.ibm.com/democenter/

Organizations deploying cloud have a choice to make Open Source Only Proprietary Open Plus Some Assembly Required; Some Enterprise Features Missing Vendor Lock-in Assured; No or Limited Openess Enterprise-ready out of the box; Open APIs

Cloud Services for DUMMIES www.ibm.com/cloud-computing/files/cloud-for-dummies.pdf

Patterns

Dynamic Analytics Based Software Defined Environment Value Simplified & standardized management Agile infrastructure Understanding & programming workloads Integrated Workload Capability Embedded analytics Workload-aware optimization Integrated security & governance TOSCA Orchestration Optimization Workload definition Workload definition, Optimization, & Orchestration Software Defined Environment Resource Abstraction, Optimization & Security Software Defined Compute Software Defined Storage Software Defined Networking

What is a Pattern? A pattern describes infrastructure and application components required to deliver a Cloud Service A pattern is a single point of control to deploy, manage and scale a Cloud Service Examples for pattern components are definitions of network/storage elements, image, software binaries, install scripts, chef recipes etc. Also known across the industry as: Templates Heat/HOT, Amazon CloudFormation ServerTemplate Rightscale Stack Rackspace, Amazon CFN (for a template instance) Think about Patterns as WhiteBox PaaS, where you get insights into all components being deployed, e.g. definition of application topology, including scaling. Applications built on PaaS offerings like BlueMix are BlackBox PaaS, where you do not get any insights in the underlying infrastructure/middleware topology.

Cloud application modeling and orchestration TOSCA Enable portability and automatic management of cloud applications across clouds, thus expanding customer choice, improving reliability, and reducing cost and time-to-value. The TOSCA standard Contributing Members Provides the Interoperable Description and Solution Portability for: Applications, their component Services and Artifacts, including Relationships of these services --------------------- Platform and Infrastructure services Management and Operational behavior of these services is an approved OASIS Standard since Nov. 25th 2013: http://docs.oasis-open.org/tosca/tosca/v1.0/os/tosca-v1.0-os.pdf

Next Steps

IBM Cloud Design Workshop Design a private cloud with help from cloud experts at IBM Service Overview: This engagement will develop a design and integration architecture for a private cloud based on IBM's Cloud offerings. The resulting architecture will be based on tested and approved reference architectures specifically created to address client pain points and requirements. Features: Review current virtualization and provisioning processes Review current server, storage and network environment Discuss current software stacks and images Review possible cloud users, workloads and expectations Create use cases for cloud implementation Define hardware and software environment for cloud implementation Service Benefits: Cloud design based on best practices, and customized to your environment and goals 69

Cloud IT Optimization Assessment Develop a Cloud computing strategy understanding IT systems architectures and costs 70