Enterprise IT professionals have unique cloud resource challenges. To deploy and manage an enterprise application today, you need a solution that ensures compliance with corporate IT governance requirements and has predictable and repeatable performance and costs. Plus, business users want solutions that can be deployed quickly. In this session, you’ll learn how to overcome these enterprise-class cloud deployment challenges. See how Red Hat CloudForms can automate OpenStack reference architecture design creation, deployment, and management for workloads and infrastructures. Learn how to visually inventory deployed OpenStack reference architectures and monitor OpenStack usage, including how to budget for platform usage by project, department, or program, and track and allocate costs in a similar way.

1. Pedal to the Metal
RHCI for Workload & Infrastructure Management
Bill Helgeson
Principal Domain Architect
Red Hat
Alex Barreto
Principal Domain Architect
Red Hat

2. AGENDA
Cloud Platform
Solution Use Case
Evolution to Cloud
Futures
Q&A

3. CLOUD PLATFORM

4. I.T. CHALLENGES

7. RHCI SOLUTION
USE CASE

8. Infrastructure Moderization
Exhibit the ability to operationalize a web application platform as a service environment for users and developers.
Infrastructure-as-a-service
Storage
Compute
Network
Hypervisor
OS
Database
Mid-Tier
Web-Tier
Security (Limited Scope)
Rapid Deployment
 (Limited Scope)
Platform-as-a-Service
 (Limited Scope)
Automate

9. RHCI - CLOUD OPERATIONS MANAGEMENT

10. APPROACH AND POSITIONING
STAGE 1
Push-Button, Rapid Deployment Workflow
STAGE 2
Platform-as-a-Service
STAGE 3
End-to-End Workflow Integration for DevOps

11. REFERENCE
ARCHITECTURE
OpenStack + KVM
(RHEL-OSP 4.0 +
(RHEV 3.3)
CloudForms
(CloudForms 3.0)
Satellite
(Sat5)

12. REFERENCE
ARCHITECTURE
Two internally
managed networks
configured for
the OpenStack
enviroment

13. WORKLOAD PROVISIONING PROCESS w/RHCI

14. LOGICALFLOW

15. RHCI TOPOLOGY –
STAGE 1
Internal(Network DMZ
PTE
UAT
TST
DEV
CF
Appliance
CF
Appliance
3 CF
Appliances
CF
Appliance
3 CF
Appliances
CF
Appliance
PTE
UAT
2 Web UIs,
1 DB
across Internal,
DMZ
DB
(postgresql)
Web(UI
Web(UI
OPENSTACK
2 Controllers
2-20 Compute
3 Storage
1 RHEV-M 1 RHEV-M

16. RHCI TOPOLOGY –
STAGE 2
Internal(Network DMZ
PTE
UAT
TST
DEV
PTE
UAT
2 Web UIs,
1 DB
across Internal,
DMZ
DB
(postgresql)
Web(UI
Web(UI
3 CF
Appliances
OPENSTACK
2 Controllers
2-20 Compute
3 Storage
1 RHEV-M 1 RHEV-M

17. EVOLUTION TO CLOUD

18. SCALE OUT WORKFLOW
Compute Capacity Scale-Out

19. COMPUTE CAPACITY SCALE-OUT

20. DEVOPS PROVISIONING WORKFLOW
DevOps Provisioning

21. DEVOPS PROVISIONING

22. START AN INSTANCE WORKFLOW
Start an Instance

23. START AN INSTANCE

24. WORKFLOW LIFECYCLE
Start an Instance

25. WORKFLOW LIFECYCLE
Monitor'Ac*vity
Detect'
Decommission'
Request'or'Threshold
Release'Node'
Decommission'
Monitoring
Remove'VM/Instance
Recycle'Network'
Resources
Fire'off'
n
o*f ica*ons'
for'OpenStack
Dispose'of'
Applica*on'Stack

26. FUTURES

27. OBSERVATIONS & QUESTIONS
The vision of OpenStack and the practicality of RHEV+CFME are grok-able
RHCI works
RHCI/Puppet integration via Puppet Enterprise, Satellite
Portable and re-usable application environment descriptions

28. WORKLOAD MANAGEMENT

29. NEXTSTEPS

30. NEXTSTEPS

31. THANK YOU