The document summarizes the key features and benefits of Docker Enterprise Edition 2.0. It highlights that Docker EE provides choice, agility, and security by offering support for both Linux and Windows, hybrid and multi-cloud deployments, traditional and microservices applications, and both Docker Swarm and Kubernetes orchestration. It provides flexibility through options for container networking, application deployment using Compose or Kubernetes YAML files, and leveraging all of Kubernetes' features while allowing the CNI plugin to be swapped. This allows organizations to standardize on Docker EE while maintaining flexibility.

1. The Power of Choice in
Docker EE 2.0
Anoop Kumar ➤ anoop@docker.com
Solution Architect, Docker

2. Docker 2018-Confidential
Innovate Faster with a
Containerization Strategy

3. Docker 2018-Confidential
“Disruption can come from anywhere...Not
all systems are always changing, but they
need to be flexible so that when change is
needed, it happens quickly.”
Forrester Report: Speed and Innovation Drive CIO Success (April 2017)

4. Docker Enterprise Edition is More than Containers + Orchestration...
CONTAINER
ORCHESTRATION
Container placement &
schedulingDOCKER ENTERPRISE EDITION
CONTAINER
Image format &
runtime
Lifecycle Mgt Governance Security
Automated, Open and Extensible
Orchestration
...Organizations also require Lifecycle Management + Governance + Security
+ Automation + Extensibility

5. Only Docker Delivers All Three Core Enterprise Requirements
• Hybrid and multi-clouds
• Windows and Linux
• Traditional apps and
microservices
• DevOps and existing ops
processes
Choice AgilitySecurity
• Unified operations
• Rapid delivery and
response
• Cost efficiency
• Safer apps
• Governance
• Chain of custody
• Threat mitigation
Only Docker EE Provides All Three Without Compromising Any

6. Docker Enterprise Edition is certified to run on CentOS, RHEL, Ubuntu, SUSE,
Oracle Linux and Windows Server and can be deployed into all major public clouds
while maintaining the same operating experience
companies with
1,000+ employees
have multiple clouds81%
Source: https://w3techs.com/technologies/details/os-linux/all/all
Source: Rightscale 2018 State of the Cloud Report
CHOICE
Only Container Platform that is Multi-Linux, Multi-OS and Multi-
Cloud

7. Node
Worker
Node
Worker
Node
Worker
Node
Worker
Worker Nodes
App-Net:
10.0.0.0/24
10.0.0.1 10.0.0.2
• Leverage best-in-class technologies across Windows and Linux
• Connect Windows and Linux containers in the same cluster through a common overlay network
• Build Compose files for hybrid applications
• Leverage labels and constraints for intelligent placement and scheduling
CHOICE
Only Container Platform to Deliver First-Class Support and
Interoperability across Linux and Windows

8. Existing
Application
Modern
Methodologies
Integrate to CI/CD
and automation
system
Convert to a
container
with Docker EE
Modernize Traditional Applications
Modern
Infrastructure
Built on premises, in the
cloud, or as part of a
hybrid environment.
Modern
Microservices
Add new services or
start peeling off
services from monolith
code base
App
CHOICE
Only Container Platform Designed for both Microservices and
Traditional Applications
Without Refactoring!

9. Choice of Swarm and Kubernetes: Only Solution That Lets You
Run Swarm Today, Kubernetes Tomorrow and Vice Versa
Docker EE is the only platform that allows you
to run both Swarm and Kubernetes in the
same cluster:
● Developers do not need to select
orchestrators
● Freedom to change orchestrators as
needs arise
● EE Manager Nodes are both Swarm and
Kubernetes enabled
● Every worker node is both Kubernetes
API- and Swarm API-ready
Secure Cluster Management
App Scheduler
Swarm KubernetesOR
Docker EE Cluster
Docker EE Orchestration
Node Node Node
CHOICE

10. Deploy Applications with Either Compose or Kubernetes YAML
Docker Compose Kubernetes YAML
Node NodeNode Node
• Simple Compose spec for
developers, IT ops have multiple
options for deployment
• Migrate existing Docker apps to
Kubernetes at your own pace
KEY BENEFITS
• Use existing Docker Compose files
and choose at runtime to deploy
on either Swarm or Kubernetes
FEATURE / CAPABILITY
CHOICE

11. Deploy Kubernetes Apps via UI or CLI
• Docker EE uses standard Kube API & CLI
• Use UCP UI to upload yaml files for
deploying Kube workloads
• Both methods enforce permissions and
limit unauthorized access
−Client bundle to connect local client to
UCP controller with user certs
CHOICE

12. Leverage ALL Kubernetes Orchestration Features
Pods
• Kubernetes unit of scheduling
• Consists of one or more containers
• Don’t schedule pods directly, use
controllers instead
Controllers
• Objects that schedule pods using specialized criteria
• ReplicaSet: similar to Swarm’s `docker service`
• Deployment: ReplicaSet + Rolling Deploys
• Also StatefulSet, DaemonSet, Batch/Cron Jobs, etc.
Kubernetes docs for more details
https://kubernetes.io/docs/concepts/
Other Kubernetes Features
• Pod-based Autoscaling (increase pod count
based on CPU usage) or HPA
• Blue-Green Deployments (Load balance to
different app versions)
• Ingress Controllers (Kubernetes L7 routing)
CHOICE

13. Secure Networking with Project Calico Built-in But Swappable
• Pre-integrated with Project Calico:
−Highly scalable distributed networking model
integrates well with various infrastructure
platforms (inc. cloud and on-prem)
−Integration with Kubernetes Network Policies
• “Batteries included, but swappable”: CNI plug-
in is swappable for other solutions
• Get a highly scalable networking solution out-of-
the-box with the option to swap with your
preferred solution
• Define networking policies once and apply them
consistently across different infrastructure
platforms
KEY BENEFITS
FEATURE / CAPABILITY
NetworkPolicy
default-deny
ingress
CHOICE

14. Natively Integrated
Networking
Service Discovery
Load Balancing
Layer 7 Routing NGINX built-in, but swappable NGINX built-in, but swappable
Flexible and Extensible Networking and Routing Options
Docker Swarm
CHOICECHOICE

15. Docker EE Delivers Infrastructure Savings and Productivity Gains
Financial Services Case Study
Applications
500
VMs
5,300
Cores
22,000 $12 million
CPU utilization
57% max
Docker EE Cuts TCO by 41%, Saves $28M over 5yrs
Applications
500
VMs
1,320
Cores
13,100
$7 millionCPU utilization
~90% max
75%
reduction
40%
reduction
41%
reduction
2x
improvement
Annualized Cost

16. THANK YOU :)

17. Source: RightScale 2018 State of the Cloud Report
On average, enterprises are using 4.8 clouds across both public and private
WE ARE LIVING IN A MULTI-CLOUD ERA