Application Platform

Introducing Containers
Containers
A new approach to build, ship, deploy, and instantiate applications

Applications traditionally built and

deployed onto physical systems with
Package and
1:1 relationship run apps within
New applications often required new containers
Physical physical systems for isolation of resources

Higher consolidation ratios and

Physical/virtual
better utilization
Faster app deployment than in a Key benefits
traditional, physical environment Further accelerate of app deployment
Apps deployed into VMs with Reduce effort to deploy apps
high compatibility success
Streamline development and testing
Apps benefited from key VM Lower costs associated with app deployment
Virtual features i.e., live migration, HA
Increase server consolidation
Why containers?
Applications are fueling innovation in today’s cloud-mobile world

Developers
• Containers unlock ultimate productivity and freedom
• Enable ‘write-once, run-anywhere’ apps
• Can be deployed as multi-tier distributed apps in
IaaS/PaaS models
• Containers offers powerful abstraction for microservices
DevOps
• Integrate people, process, and tools for
an optimized app development process
• Operations focus on standardized
infrastructure
Operations • Developers focus on building, deploying,
• Enhances familiar IT deployment models and testing apps
• Provide standardized environments for development,
QA, and production teams
• Abstract differences in OS distributions and underlying
infrastructure
• Higher utilization and compute density
• Rapid scale-up and scale-down in response to changing
business needs
Containers
Isolated runtime environment for hosted applications
Container

Dependencies Flexible
Every application has its own Differences in underlying OS App A App B
dependencies which includes both and infrastructure are abstracted
software (services, libraries) and away, streamlining “deploy
Bins/libraries Bins/libraries
hardware (CPU, memory, storage) anywhere” approach

Virtualization Fast
Container engine is a light weight Containers can be created almost
virtualization mechanism which instantly, enabling rapid scale-up
isolates these dependencies per and scale-down in response to
each application by packaging changes in demand Container management stack
them into virtual containers

Shared host OS Host OS with container support

Container runs as an isolated
process in user space on the
host OS, sharing the kernel
with other containers Server
Containers
How do they differ from virtual machines?
Virtual machine

Dependencies Flexible
Each virtualized app VMs can be migrated App A App B
includes the app itself, to other hosts to balance Bins/Libraries Bins/Libraries
required binaries and resource usage and
libraries and a guest OS, for host maintenance,
which may consist of without downtime
multiple GB of data Guest OS Guest OS
Secure
Independent OS High levels of resource
Each VM can have and security isolation
a different OS from for key virtualized Hypervisor
other VMs, along with workloads
a different OS to the
host itself

Server
Container use cases
Workload characteristics Deployment characteristics
Scale out Efficient hosting
Distributed Multitenancy
State separated Rapid deployment
Rapid (re)start Highly automatable
Rapid scaling

Distributed Databases Web Tasks Scale out

compute

𝒇 ( 𝒙)
Container ecosystem

Container runtime Container images Image repository

Application

Application
Linux framework
Microsoft’s Container runtimes
Windows Server container
Hosting Highly Secure Scalable Efficient Trusted
automated and elastic multi-tenancy

Hyper-V container
Shared Regulated Highly Secure Scalable Efficient Public
hosting workloads automated and elastic multi-tenancy
Modern app dev, flexible isolation
Container Runtimes
Docker
Hyper-V
container

Application PowerShell
Framework

Others
Windows
Server
container
Windows Container
Container Images Management
Write once, deploy anywhere
Docker integration
Joint strategic investments to drive containers forward

Docker Customer
An open source engine that automates Datacenter
the deployment of any application
as a portable, self-sufficient container Dockerized app
that can run almost anywhere

Partnership Run
anywhere
Windows
Enable the Docker client to manage Server Linux
multi-container applications using Container
Container Container
both Linux and Windows containers,
regardless of the hosting environment Microsoft Service
or cloud provider Azure Provider
Docker

Strategic Investments in Windows Server 2016 Azure support for the Docker
open orchestration APIs
Open source development of the
investments Docker Engine for Windows Server Federation of Docker Hub images
into the Azure Gallery and Portal
Docker integration
Joint strategic investments to drive containers forward

Docker Hub Docker.exe

Examples:
Huge collection of open and curated applications Docker Client docker run
available for download. https://hub.docker.com docker images

Collaboration Linux
Bring Windows Server containers to the
Docker ecosystem to expand the reach Docker Remote API
of both developer communities Docker Engine Docker Engine Examples:
(Daemon) (Daemon) GET images/json

Docker Engine POST containers/create

Docker Engine for Windows Server containers Windows Server Linux Container
will be developed under the Docker open Container Support Support (LXC)
source project

Docker client
Windows customers will be able to use
the same standard Docker client and interface
on multiple development environments
DevOps process with containers
Developers update,
iterate, and deploy
updated containers
2

3
Operations collaborates with developers
to provide app metrics and insights

Developers build and test apps 1 2 Operations automates

in containers, using development deployment and monitors
environment; i.e., Visual Studio deployed apps from
central repository

Containers pushed
Central Repository to central repository
Container OS environments

Nano Server Server Core

Highly Highly
optimized compatible

“Born in the cloud” Traditional

applications applications
Container runtime

Windows Server
container(s)

Host Operating System

Container runtime
Windows Server
container(s)
Hyper-V
container(s)

Virtual
Host
Operating System machine(s)

Hyper-V Hypervisor
Container runtime Windows Server
container(s)
Hyper-V
container(s)
Hyper-V Hypervisor

Virtual
Host
Operating System machine(s)

Hyper-V Hypervisor
The right tools for you
Container management Service
PowerShell Docker Others
Fabric

Container technologies Development Development

Linux
environments frameworks
and languages
PHP Node
Python Java
Microsoft Cloud Eclipse
Win32 Javascript
Ruby C++
Azure On- Service Others… Go Perl
premises provider
.NET
Demo

Work with containers in PowerShell

Introducing Nano Server
Customer voice
Reboots impact my business
Why do I have to reboot because of a patch to a component I never use?
When a reboot is required, the systems need to be back in service A.S.A.P.

Server images are too big

Large images take a long time to install and configure
Transferring images consumes too much network bandwidth
Storing images requires too much disk space

Infrastructure requires too many resources

If the OS consumes fewer resources, I can increase my VM density
Higher VM density lowers my costs and increases my efficiency and margins
“ I want just the components
I need, and nothing more.”
“We need server configuration
optimized for the cloud.”
The next step in the journey…
Nano Server: A new headless, 64-bit only,
deployment option for Windows Server
Deep refactoring with cloud emphasis
• Cloud fabric & infrastructure (clustering, storage, networking)
• Born-in-the-cloud applications (PaaS v2, ASP.NET v5)
• VMs & Containers (Hyper-V & Docker) Server
with a
Extend the Server Core pattern desktop
• Roles & features live outside of Nano Server experience
Server
• No binaries or metadata in OS image Core
• Standalone packages install like apps
• Full driver support
• Antimalware
Nano Server
Nano Server
Nano Server is an Installation Option
• Located on the Windows Server media
• Must be customized to determine it’s functionality

Zero-footprint model
• Server roles and optional features live outside of Nano Server
• Standalone packages that install like applications, from local/cloud repositories

Key roles and features

• Hyper-V, Storage (SoFS), Networking (DNS), Clustering
• Core CLR, ASP.NET 5 and PaaS

Full Windows Server driver support

Antimalware available as optional feature
Nano Server Quick Start
Scripts included in Nano Server folder to make it
easy to build a customized Nano Server image
• NanoServerImageGenerator.psm1
• Convert-WindowsImage.ps1

Use scripts to generate a Nano Server image for

PHYSICAL VIRTUAL
MACHINE MACHINE

New-NanoServerImage -MediaPath F:\ -BasePath .\Base

-TargetPath .\NanoVM\SRV-Nano.vhd -ComputerName SRV-Nano
-GuestDrivers –Storage -Clustering
The end result…
Nano Server roles and features
Table shows roles and features that are available in this release of Nano Server, along
with the Windows PowerShell options that will install the packages for them

Role or feature Option

Hyper-V role -Compute
Failover clustering -Clustering
File server role and other storage components -Storage
Windows Defender antimalware, including a default signature file -Defender
OEM drivers—select drivers that ship in-box with Server Core -OEMDrivers
Reverse forwarders for application compatibility, for example
-ReverseForwarders
common application frameworks such as Ruby, Node.js, etc.

Hyper-V guest drivers for hosting Nano Server as a VM -GuestDrivers

Host Support for Windows Containers -Containers

Nano Server roles and features
Table shows roles and features that are available in this release of Nano Server, along
with the Windows PowerShell options that will install the packages for them

Role or feature Option

DNS Server Role -Packages Microsoft-NanoServer-DNS-Package

Desired State Configuration (DSC) -Packages Microsoft-NanoServer-DSC-Package

IIS Web Server -Packages Microsoft-NanoServer-IIS-Package

-Packages Microsoft-Windows-Server-SCVMM-Package
System Center VMM Agent
-Packages Microsoft-Windows-Server-SCVMM-Compute-Package

Network Perf Diagnostics Service (NPDS) -Packages Microsoft-NanoServer-NPDS-Package

Data Center Bridging -Packages Microsoft-NanoServer-DCB-Package

Demo

Build and Deploy Nano Servers

Remotely managing Nano Server
Remote graphical VM & container Deployment & Partners &
PowerShell remoting
& Web tools management monitoring frameworks

• Server manager • Core PowerShell • Hyper-V manager • DISM online & • Chef integration
• Azure Portal tools engine, language, • Hyper-V cmdlets VHD support • .NET Core and
• Task manager and cmdlets • PowerShell Direct • Unattended setup CoreCLR
• Registry editor • Windows Server over PSRP • Visual Studio • ASP.NET 5
• File explorer cmdlets (network, • CimSession integration • Python, PHP, Ruby,
storage, etc.) support • DSC Local Config Node.js
• Server • PowerShell DSC
configuration • Docker Manager • PowerShell Classes
• Remote file • SCVMM agent • Setup & boot • PS Script Analyzer
• Event viewer
transfer & console eventing • PowerShell Gallery
• Disk manager • Remote script • 3rd-party agents • SCOM agent • PowerShellGet
• Device & driver authoring &
management & consoles • VSO App Insights
debugging • Azure Op Insights
• Performance • PowerShell
• Users & groups Web access
Remote Server Management Tool
Eliminating the need to
ever sit in front of a server
Azure-based
Includes replacements
for local-only tools
• Task manager, registry editor
• Event viewer, device manager
• Sconfig
• Control panel, file explorer
• Performance monitor, disk
management
• Users/Groups manager

Supports Server Core and

server with desktop experience
Demo

Deploy Server Management Tools

Nano Server resources and feedback
Shift your org and tools to full remote
management of Server Core
• Inventory tools and agents that only run locally
• Check with your ISV for a remotable version
• Send list of those with no remote equivalent and ISV to nanoserver@microsoft.com

Deploy Nano Server, your apps, and your tools

Deployment guide at: https://msdn.microsoft.com/en-us/library/mt126167.aspx
Give use feedback and let us know where you encounter difficulties:
http://windowsserver.uservoice.com/forums/295068-nano-server

Remote Management feedback

http://windowsserver.uservoice.com/forums/295071-remote-management-tools
Nano resources and feedback
Blogs
Nano Server: http://blogs.technet.com/b/nanoserver/
Server Core: http://blogs.technet.com/b/server_core/

Deeper training
Microsoft Virtual Academy: https://www.microsoftvirtualacademy.com/en
-US/training-courses/a-deep-dive-into-nano-server-13785

Documentation
TechNet: http://aka.ms/nanoserver

Technical preview
Windows Server: https://www.microsoft.com/enus/evalcenter
/evaluate-windows-server-technical-preview
Lab
Getting started with Nano Server