1. Hybrid Cloud: reference architectures for Power Systems
13 September 2016
ON-PREMISES IT
Public
Multi-Tenant
Shared Resource
IBM Managed
Dedicated Public
Single Tenant
Dedicated Resource
Off-Premises
On-Premises
Private Cloud
Client or IBM Managed
Nico van der Steeg
IBM Systems Architect

2. Agenda Wat verstaan we onder Hybrid Cloud
IBM Systems: use cases voor Cloud oplossingen
Power Systems integratie met Cloud
Wat is Power VC – basis voor (Private) Cloud
Doelstelling 2016: oa. realiseren van IBM i / AIX Cloud (CSP) in NL
extra=> live cloud demo

3. Hybrid cloud: The connection of one or more clouds to on-premises systems or the connection of one or more clouds to other clouds.
ON-PREMISES IT
Public
Multi-Tenant
Shared Resource
IBM Managed
Dedicated Public
Single Tenant
Dedicated Resource
Off-Premises
On-Premises
Private Cloud
Client or IBM Managed

4. Hybrid clouds use cases
Integration of new and legacy systems
Independent Workloads
Portability & Optimization
Traditional IT
CRM HR
ERP
Private
Public
Public
Private
Dev/Test
Application and/or data are portable and can go to and from public and private for improved optimization
Prod
Systems of engagement
Systems of record
Choose private, public or hybrid cloud based on independent workload requirements
Link new social and mobile systems to core business systems
Able to be implemented quickly, without infrastructure or application changes
Planned or Policy based Management and sourcing across multiple environments (infrastructure, platform & app)
Hybrid Cloud Brokerage & Management
Reserve for capacity (bursting)
Backup and Archive
Disaster Recovery
Public
Private
Private
Public
Private
Public
Data sync
Tap into public cloud resources dynamically when a shortage occurs on private cloud
Leverage off-premise resources for backup and archiving of on-premises resources
Use private cloud normally and switch to public cloud to recover files and data
More complex deployment, possibly requiring infrastructure or application changes

5. + Software AIX - The Future of UNIX Total Integration with i
Power Virtualization and Cloud Management
Increase IT productivity and agility
Manage Private Cloud without complexity +
Security and Compliance
Protect Virtual Workloads
Maintain and Demonstrate Compliance
Designed for Big Data
Superior cloud economics
Open Innovation Platform
Resiliency without Downtime
Roadmap to continuous availability
High availability systems and scaling
Describe the POWER systems software stack explaining how the hardware is rock solid & highly scalable and the software stack starting with the virtualization layer allows clients to fully utilize the machine by allowing different workloads to co-exist on a common hardware platform. AIX, IBM i and Linux can run in different partitions simultaneously. PowerHA brings application aware high availability and failover in case of hardware or software problems. The new Security layer PowerSC hardens the virtual data center environment by providing security and compliance extensions for the virtual data center. Advanced virtualization management can be provided by either PowerVC which is powered by OpenStack or by Vmcontrol.
Virtualization without Limits
Drive over 90% utilization
Dynamically scale per demand
AIX - The Future of UNIX
Total Integration with i
Scalable Linux ready for x86 Consolidation
Open Virtualization for scale-out Linux Systems
Exploit existing Linux admin skills & tools
Consolidate scale-out Linux workloads

6. Infrastructure Services - OpenStack Process Orchestration
Cloud
Management
Self Service
Infrastructure Services - OpenStack
Process Orchestration
ICO
ICMO
Power Cloud Automation and Ease of Use
Virtualization
Management
Platform
Management

7. IBM Power Systems Management Strategy
Infrastructure as a Service with IBM Cloud PowerVC Manager
End-user self-service provisioning of IaaS for PowerVM
Service catalog with virtual systems and applications
Subscriber and account management (multi-tenancy)
Private Cloud Focused and exploiting Power Systems
Cloud
Management
IBM Cloud
PowerVC Manager
Virtualization Management with PowerVC
Leadership solution for PowerVM and PowerKVM
Virtual Image Management and Deployment
Resource Pooling and Dynamic VM Placement
On-going optimization and VM resilience
Virtualization
Management
PowerVC
Std Edition
Power Systems Hardware Management Console
Hardware and firmware management for Power
Hardware and firmware configuration and controls
Service, support and update management
Hardware appliance
Platform
Management
HMC
Providing comprehensive and consistent management experience for Power Servers

8. Cloud Manager Overview
Self-service entry cloud solution
Capabilities
Self-service portal
Projects
Image templates
Approvals
Metering
Plus all PowerVC Standard Edition Capabilities
Demo

9. Cloud Management for Power Systems
Hybrid Cloud Power Focus
+ Heterogeneous
Private Cloud
Focused On Power
Increasing business Options
ISV Solutions – VMware vRA
IBM Cloud
IBM Cloud Orchestrator
Manager
Standard Edition
Advanced Virtualization Management
Cloud as a Service
IBM Cloud Managed Service
New
IBM BlueBox (PowerKVM)
Basic Cloud
Self-Service Portal with
Process Automation
Catalog of VMs and Images
Open access to OpenStack APIs
Metering Data
Private Cloud
Advanced Cloud
Self-service Portal with image catalog
Capacity Management & Advanced usage metering/accounting
Virtual system and application patterns
Runbook Automation
Manages Hybrid Private/Public Clouds
Manage Virtualization
Simple UI and Setup
Resize VMs and Migration
Capture & Deploy VMs
Policies for placement
Manages PowerVM & PowerKVM
Increasing Automation & Function

10. OpenStack Offerings Before After IBM-Managed Turn-Key Solution
ICMO 4.x *
Self Service Portal
Approvals
Multi-region
Build / Test
z/VM, p/VM Drivers
PRS
Resource Discovery
Blue Box Local
Box Panel
Site Controller
Managed KVM (x, Power)
Additional prescribed Hardware Configs (Power, PureFlex, Lenovo, Dell)
Distributed Client-Managed Customized Solutions
PowerVC
Advanced Virtualization Management
PowerVM & PowerKVM
Cloud PowerVC Manager
Self-service
Metering/Billing
ICMO for Power
ICMO for z
OpenStack Partnerships for z Systems (i.e. SUSE)
OpenStack Partnerships for PowerKVM (i.e. Canonical)
IBM PowerVC
Virtualization management for Power
OpenStack Partnerships for z Systems (i.e. SUSE)
VMware
System Center for Hyper-V *
ICMO 4.3 release is supported through September 2020

11. IaaS Option 1
Power & Hybrid Cloud Architecture for IaaS with PowerVC & IBM Cloud Orchestrator
IBM Systems
On-premise
Off-premise
VPN
2.5
CCI (VMs)
Nova
Nova
Intel
Security Services
Security Services
1.3
Baremetal
Nova Partition
PowerKVM
OpenStack Services
Nova API
Intel
HMC
Nova Core
Novalink
PowerKVM
AIX X
LINUX
IBM i
PowerVM
PowerVM
Power Systems LC
LINUX
Power 6,7
Power 8
Power 8

12. Independent Workloads Reserve for capacity (bursting)
IaaS Option 1
Power & Hybrid Cloud IaaS Pattern with PowerVC & IBM Cloud Orchestrator: Context
Independent Workloads
Choose private, public or hybrid cloud based on independent workload requirements
Private
Public
Traditional IT
Dev/Test
Requirements
Orchestration & business process management
Customer is interested by ICO
Multi tenancy & single portal
Power on private & public Cloud
Power 8, Power 7, 6
Hybrid Cloud Use cases
Bursting
Independent Workload requirements
Architecture Building Blocks
Power Systems
PowerVC Novalink & PowerVM
IBM Cloud Orchestrator
Bare Metal Power on Softlayer to be provision « manually »
PowerKVM to be installed Manually in SL
Reserve for capacity (bursting)
Tap into public cloud resources dynamically when a shortage occurs on private cloud
Private
Public

13. VMware vRealize Automation Architecture and IBM Systems IBM LinuxONE™
IaaS Option 2
Public Clouds
PowerVM
PowerKVM
z/VM
KVM on z
IBM
PowerVC
vRealize Automation
IBM LinuxONE™
OpenStack 13

14. Power & Hybrid IaaS pattern with VMware vRealize: context
IaaS Option 2
Power & Hybrid IaaS pattern with VMware vRealize: context
Requirements
Existing VMware enviromnent at customer
Heterogeneous servers including Power & hypervisors
Hybrid with Softlayer resources
Hybrid Cloud Use cases
Infrastructure Bursting
Independent Workload Requirements
Architecture building blocks
VMware vRealize
Power Systems & other servers
PowerVC
Intel VMs on Softlayer
Bare Metal Power on Softlayer to be provision manually
PowerKVM to be installed Manually in SL
Independent Workloads
Choose private, public or hybrid cloud based on independent workload requirements
Private
Public
Traditional IT
Dev/Test
Reserve for capacity (bursting)
Tap into public cloud resources dynamically when a shortage occurs on private cloud
Private
Public

15. Power & Hybrid Cloud Architecture for PaaS
PaaS Option 1
Power & Hybrid Cloud Architecture for PaaS
On-premise
Off-premise
VPN
Patterns Creation
&
Deployment
Security Services
Security Services
Middleware& Software
Service
Middleware & Software
Engine
Patterns Designer
Patterns
UrbanCode Deploy
Baremetal
CCI (VMs)
Intel
Power
KVM
Intel
Nova Partition
OpenStack Services
Nova API
Nova Core
AIX
RHEL
IBM i
Novalink
Power
KVM

16. Power & Hybrid Cloud architecture for IaaS with Bluebox
PaaS Option 2
Off-premise
On-premise
VPN
Docker Orchestration
Intel
Security Services
Security Services
Baremetal
Linux
KVM or PowerVM
PowerKVM
Intel
Linux
Power 8
Middleware& Software
Service
Middleware & Software
Engine
Patterns Designer
Patterns
UrbanCode Deploy