Developers want to quickly build apps without IT constraints while IT wants to securely manage servers. Containerization addresses these needs by allowing apps to run consistently across machines while isolating them for security. Industry analysts predict over 50% of enterprises will run production apps on containers by 2020, up from less than 5% today. Containers offer advantages over virtual machines by sharing the operating system and having smaller disk/memory footprints.

2. What we hear from developers
I need to create applications
at a competitive rate without
worrying about IT
New applications run smoothly
on my machine but malfunction
on traditional IT servers
My productivity and application
innovation become suspended
when I have to wait on IT

3. What we hear from IT
I need to manage servers
and maintain compliance
with little disruption
I’m unsure of how to integrate
unfamiliar applications, and I
require help from developers
I’m unable to focus on both
server protection and
application compliance

4. Industry analysts agree
“By 2020, more than 50% of enterprises will run
mission-critical, containerized cloud-native applications
in production, up from less than 5% today.”

5. • 1979: Unix V7
Credits: https://blog.aquasec.com/a-brief-history-of-containers-from-1970s-chroot-to-docker-2016
2000: FreeBSD Jails
2001: Linux VServer
2005: Open VZ
2008: LXC
2011: Warden
2013: Docker
2017 Kubernetes Grows U

6. Containers
VM
App B
Bins/Libs
Guest OS
App A
Bins/Libs
App C
Bins/Libs
Guest OS
Infrastructure
Hypervisor
Virtual Machines
Container
App B
Bins/Libs
App A
Bins/Libs
App C
Bins/Libs
Container
Engine
Host OS
Infrastructure
Guest OS

7. Image Name
Process
started in an
executing
container
Initializes a
new build
stage and
sets the base
image
Execute
commands in a
new layer on top
of the current
image and
commit results
Provide
defaults for an
executing
container

8. 8

9. Use familiar, open-
source Docker CLI tools
Azure Container Registry
geo-replication
Manage images for all
types of containers
Azure Container Registry (ACR)
Manage a Docker private registry as a first-class Azure resource
Azure Kubernetes
Service (AKS)
Azure Container
Instances (ACI)
Azure Container
Registry (ACR)
Service Fabric
App Service
Azure Batch

11. WWW
DATA
Infrastructure

18. Containers On Azure

19. If you have a preferred container platform
Pivotal Cloud Foundry  Kubernetes  Docker Enterprise Edition
Red Hat OpenShift  Mesosphere DC/OS
You could bring that platform to Azure
Flexibility Productivity Trust

20. If you are without a preferred container platform…
Let’s profile your needs and help you select the right
option
Flexibility Productivity Trust

21. Containers in Azure
Choice of developer tools and clients
Azure Container Registry Docker Hub
App Service
Deploy web apps
or APIs using
containers in a
PaaS environment
Service Fabric
Modernize .NET
applications to
microservices
using Windows
Server containers
Kubernetes Service Container Instance
Scale and orchestrate
Linux containers using
Kubernetes
Ecosystem
Bring your
Partner solutions
that run great on
Azure
Elastically burst
from your Azure
Kubernetes Service
(AKS) cluster

22. Azure Kubernetes
Service (AKS)
Azure Container
Instances (ACI)
Azure Container
Registry (ACR)
Azure Kubernetes Service (AKS)
Simplify the deployment, management, and operations of Kubernetes
Service Fabric
App Service
Azure Batch
Deploy and
manage Kubernetes
with ease
Scale and run
applications with
confidence
Secure your
Kubernetes
environment
Accelerate
containerized application
development
Work how you want
with open-source
tools & APIs
Set up
CI/CD in a
few clicks

23. Increase agility
with containers on
demand
Secure applications
with hypervisor
isolation
Run containers
without managing
servers
Azure Container Instances (ACI)
Easily run containers on Azure without managing servers
Azure Kubernetes
Service (AKS)
Azure Container
Instances (ACI)
Azure Container
Registry (ACR)
Service Fabric
App Service
Azure Batch

24. Fully managed platform
Automatic scaling
and load balancing
High availability
w/ auto-patching
Backup &
recovery
Accelerated outer loop
Intelligent diagnostics &
troubleshooting, remote debugging
Built-in CI/CD w/
Deployment Slots
Tight integration w/ Docker
Hub, Azure Container Registry
Flexibility & choices
Single Docker image, multi
container w/ Docker Compose
IntelliJ, , Jenkin, Maven
Visual Studio family
From CLI, portal, or
ARM template
App Service
Easily deploy and run container-based web apps at scale
Azure Kubernetes
Service (AKS)
Azure Container
Instances (ACI)
Azure Container
Registry (ACR)
Service Fabric
App Service
Azure Batch

25. Build Deploy Operate
always-on, highly scalable microservice apps
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.NET
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Flexible
infrastructure
Lifecycle
management
24/7 availability
& performance
Elastic
scalability
Microservice
and container
orchestration
Security &
compliance
Health &
monitoring
Azure Service Fabric
A microservices platform for business critical applications
Azure Kubernetes
Service (AKS)
Azure Container
Instances (ACI)
Azure Container
Registry (ACR)
Service Fabric
App Service
Azure Batch

26. Use case Azure Service
Scale and orchestrate containers using Kubernetes, DC/OS or Docker
Swarm
AKS
Easily run containers on Azure with a single command ACI
Store and manage container images across all types of Azure
deployments
ACR
Develop microservices and orchestrate containers on Windows or Linux Service Fabric
Deploy web applications on Linux using containers App Service
Run repetitive compute jobs using containers Batch