An introduction to the open source project that empowers modern workflows to build, deploy and manage the lifecycle of containers. You will learn what OpenShift is, what are its use cases, and more about all the fuss around Cloud computing, microservices, DevOps and whatnot.

1. Red Hat OpenShift
Container Platform
Overview
Rodolfo Carvalho
Senior Software Engineer
5.4.2017
Red Hat Open House

2. Questions

3. How do you enable Digital Transformation?
New ways of developing,
delivering, and
integrating applications
Applications
More agile process
across both IT and
the business
Process
Modernize existing and
build new cloud-based
infrastructure
Infrastructure
It requires an evolution in….

4. Containers Transform
Applications ProcessesInfrastructures
Monolith
N-Tier
Microservices
Datacenter
Hosted
Hybrid
Waterfall
Agile
DevOps

5. ● Sandboxed application processes on a
shared Linux OS kernel
● Simpler, lighter, and denser than virtual
machines
● Portable across different environments
● Package my application and all of its
dependencies
● Deploy to any environment in seconds and
enable CI/CD
● Easily access and share containerized
components
Sys-Admins / Ops Developers
It Depends on Who You Ask
What Are Containers?

6. ● Enable efficiency and automation for
microservices, but also support
traditional applications
● Enable faster and more consistent
deployments from Development to
Production
● Enable application portability across 4
infrastructure footprints: Physical,
Virtual, Private & Public Cloud
Containers - An Evolution in Application Deployment

7. DevOps With Containers Across the Hybrid Cloud?
Source
Repository
CI/CD
Engine
Dev Container
Physical
Virtual
Private cloud
Public cloud

8. Self-Service
Multi-language
Automation
Collaboration
Seamless
Standards-based
Web-scale
Open Source
Enterprise Grade
Secure
Critical features for both Dev and Ops

9. Trusted Container OS
Trusted by Fortune Global
500 companies
Container Runtime & Packaging
(Docker)
Enterprise Container Host
Red Hat Enterprise LinuxAtomic Host

10. Container Runtime & Packaging
(Docker)
Enterprise Container Host
Red Hat Enterprise LinuxAtomic Host
Enterprise Kubernetes
Cloudforms
Red Hat Storage
Infrastructure Automation & Mg
Networking Storage Registry
Logs &
Metrics
Security
Container Orchestration & Cluster Management
(kubernetes)

11. Container Runtime & Packaging
(Docker)
Enterprise Container Host
Red Hat Enterprise LinuxAtomic Host
Enterprise Container Platform
Source-2-Image
Application Pipelines
Dev ToolsOpenShift Application Lifecycle Management
(CI/CD)
Build Automation Deployment Automation
Service Catalog
(Language Runtimes, Middleware, Databases)
Self-Service
Infrastructure Automation & Cockpit
Networking Storage Registry
Logs &
Metrics
Security
Container Orchestration & Cluster Management
(kubernetes)

12. JBOSS EAP
JBOSS DATA GRID
JBOSS DATA
VIRTUALIZATION
JBOSS AM-Q
JBOSS BRMS
JBOSS BPM
JBOSS FUSE
RED HAT MOBILE
3 Scale
Container
Business
Automation
Container
Integration
Container
Data &
Storage
Container
Web &
Mobile
Traditional, Stateful, and Microservices-based Apps
OpenShift Application Lifecycle Management
(CI/CD)
Build Automation Deployment Automation
Service Catalog
(Language Runtimes, Middleware, Databases)
Self-Service
Infrastructure Automation & Cockpit
Networking Storage Registry
Logs &
Metrics
Security
Container Orchestration & Cluster Management
(kubernetes)
Container Runtime & Packaging
(Docker)
Enterprise Container Host
Red Hat Enterprise LinuxAtomic Host

13. 10,000 foot overview
EXISTING

14. OpenShift
Source-to-Image

15. Source 2 Image Walk Through
Code
Developers can leverage existing
development tools and then access
the OpenShift Web, CLI or IDE
interfaces to create new application
services and push source code via
GIT. OpenShift can also accept
binary deployments or be fully
integrated with a customer’s
existing CI/CD environment.

16. Source 2 Image Walk Through
Container
Image
Registry
Build
OpenShift automates the Docker
image build process with
Source-to-Image (S2I). S2I
combines source code with a
corresponding Builder image from
the integrated Docker registry.
Builds can also be triggered
manually or automatically by setting
a Git webhook. Add in Build
pipelines

17. Source 2 Image Walk Through
Container
Image
Registry
Deploy
OpenShift automates the
deployment of application
containers across multiple Node
hosts via the Kubernetes
scheduler. Users can automatically
trigger deployments on application
changes and do rollbacks,
configure A/B deployments & other
custom deployment types.

18. Source 2 Image Walk Through
Code
Build
Deploy
Container
Image
Registry

19. Developer command line example

20. OpenShift
Quick look at the Web Console

21. Application Services
JBoss EAP
JBoss Web Server
JBoss Data Grid
JBoss Dev Studio
JBoss Ops Network
Red Hat MobileNGINX
Juniper Networks
Crunchy DB
& More
JBoss Fuse
JBoss AM-Q
JBoss Data Virt
3Scale
JBoss BRMS
JBoss BPM Suite
Red Hat Software
Collections
Red Hat Container
Catalog
Red Hat
SSO
Red Hat
Storage
Docker Hub
OpenShift
Primed
Your
Private
Registries

22. Comprehensive Cloud Suite

23. Questions