This document discusses Oracle Cloud Infrastructure Container Engine for Kubernetes (OKE). It provides background on the speaker Jon Reeve and his experience with containers. It describes Oracle's acquisition of StackEngine, a Docker management company. It outlines the phases of container adoption and positions Docker and Kubernetes as popular tools. It provides an overview of OCI and OKE, highlighting OKE's developer-friendly and enterprise-ready features like one-click clusters, integrated plugins, and team-based access controls. Pricing is discussed where OKE and OCIR consume underlying IaaS resources at no additional cost.

1. Oracle Cloud Infrastructure
Container Engine for Kubernetes
(OKE)
Jon Reeve
jon.reeve@oracle.com

2. Safe Harbor Statement

3. About Me
• Part of the original team of “StackEngine” a Docker management
company founded in 2014
• Joined Oracle in 2015 as part of StackEngine acquisition
• Run product management for Oracle’s cloud based container
management offerings
• Numerous startups, with focus on the network and systems
management space, virtualization and containers.

4. StackEngine
• “StackEngine was founded in Austin, Texas in
2014 to build enterprise-grade container
management and automation products to
help organizations simply deploy, manage,
and scale resilient applications. It was
designed as a Docker management software
product to provide an
integrated DevOps solution for end-to-end
container application delivery and
operations.”
Source: Wikipedia

5. The Containerization Journey
Phase I
Developer Focus
Phase II
DevOps Focus
Phase III
Business Focus
Container Adoption Application Deployment Business Integration
SpeedEfficiencyAgility
Docker
Kubernetes
Container
DevOps Fabric

6. Docker and Kubernetes
• Popular, easy to use tooling
targeting developer productivity
• De Facto standard container
runtime and image format
• Developer on-boarding and Gen1
application management
(Compose, Swarm)
• Production grade container
management targeting DevOps
and Ops, widespread adoption
• Complex but powerful toolset
supporting Gen2 applications
• Rich operations feature set,
autoscaling, rolling upgrades,
stateful apps and more.
6

7. About Oracle Cloud Infrastructure (OCI)

8. Why Oracle and Kubernetes?

9. • Roll Your Own, Pre-Built Installer, Managed Service, K8s Cloud@Customer
Oracle Cloud Infrastructure and Kubernetes

11. • End-to-end container Lifecycle
Management
 Build, test, deploy, operate
• Registry Integration
 Full Docker v2 compatible registry
for private images
• Standard Kubernetes
 Deploy standard & open upstream
Kubernetes versions for
compatibility
• OCI Aware Integrated Plugins
 Persistent Storage
 Load Balancing
11
OKE at a Glance
Cloud & Container Native Developer Friendly Enterprise Ready
• One Click Clusters
 Simplify cluster setup
• Full REST API, CLI & Terraform
 Create and scale clusters through
full REST API
• Built In Cluster Add-Ons
 Kubernetes Dashboard, DNS &
Helm
• Open Standards
 Docker Based Runtime
 Worker Node SSH Access
• Full Bare Metal Performance
 Combine Kubernetes with VM and
BM shapes for raw performance
• HA Managed Control Plane
• Multi-AD/Zone Support
 Deploy resilient Kubernetes apps
• Node Pools & Self-Healing
Clusters
 Create and scale clusters of
different shapes; maintain cluster
size in face of node failures
• Team Based Access Controls
 Control team access and
permissions to clusters

12. • IaaS is sold under standard universal credit model
• OKE and OCIR are features of IaaS and consume IaaS resources,
with no upcharge for the feature
OKE and OCIR Pricing and Packaging
Consume the Container Deployment Platform
Oracle Cloud
Infrastructure
Buy IaaS Capacity
$/OCPU, $/GB, $/Mbps
OCI - Container
Engine for Kubernetes OCI - Registry
Use OKE, consume IaaS, i.e.
Compute, Storage, LB etc.
Use OCIR, consume IaaS, i.e.
Object Storage, Network

13. Demo

14. What’s Next?
• Complexity is the enemy!