This webinar discussed how containers can help solve problems in IT related to availability, agility, and scaling applications. Containers deliver speed and flexibility compared to virtual machines by starting nearly instantly, using fewer resources, and allowing applications to run anywhere. The webinar demonstrated how to containerize legacy applications, transform them to microservices, and accelerate new applications using a single container platform. It highlighted how containers address issues like breakages during deployment and "works on my machine" problems. The presentation concluded by providing resources for learning more about using containers on Windows Server 2016 with Docker.

2. Taylor Brown
Microsoft
@taylorb_msft
Our
speakers
Mike Coleman
Docker
@mikegcoleman

3. Welcome
How do I ask a question?
If you have a technical or content-related question, please
use the Q&A window.
Can I view this presentation after the webinar?
Yes, this presentation is being recorded.
A link to the recorded presentation will be sent to the email
address you used to register.

4. Set of IT Problems forever
Patches break installations
Deployment binders
Lead to shadow IT, tension between
dev/ops
Etc
Works on my machine

5. The cloud has changed expectations
Availability
100% Uptime
Hyper-scale
From startup to
enterprise
Agility
Deliver just in
time speed

6. What problems do containers solve?

7. Containers deliver speed, flexibility, and savings
Agility
13XMore software releases
65%Reduction in developer
onboarding time
Hyper-scale
Eliminate
“works on my machine” issues
41%Move workloads across
private/public clouds
State of App development Survey: Q1 2016, Cornell
University case study
Availability
62%Report reduction in MTTR
10XCost reduction in maintaining
existing applications

8. What is a container?

12. How do containers work?

13. Container
Development and
Management Toolset
Container Runtime

14. Host User Mode
Container
Management
System
Processes

15. Host User Mode
System
Processes
Container
Management

16. Host User Mode
System
Processes
System
Processes
Container
Management

17. Host User Mode
System
Processes
Application
Process(es)
System
Processes
Container
Management

18. Host User Mode
System
Processes
Application
Process(es)
System
Processes
Container
Management

19. Host User Mode
System
Processes
Application
Process(es)
System
Processes
System
Processes
Application
Process(es)
Container
Management

20. Host User Mode
System
Processes
Application
Process(es)
System
Processes
System
Processes
Application
Process(es)
Container
Management

21. Virtual Machine
Specifically Optimized To
Run a Container
Host User Mode
System
Processes
Application
Process(es)
System
Processes
System
Processes
Application
Process(es)
Container
Management

22. Hyper-V Container
Virtual Machine
Specifically Optimized To
Run a Container
Host User Mode
System
Processes
Application
Process(es)
System
Processes
System
Processes
Application
Process(es)
Container
Management

23. Windows Server Container
Under 600 Milliseconds!
A virtual machine takes ~3 seconds
Hyper-V Container
~1.75 seconds
Windows Server Container
~1 second
A virtual machine takes ~5 seconds to over a min
Hyper-V Container
~3.3 seconds
HP ProLiant SL250s Gen8, E5-2600, 2 Socket, 8 Core, 128GB RAM, HP SATA SSD

24. Windows Server Container
Under 600 Milliseconds!
A virtual machine takes ~3 seconds
Hyper-V Container
~1.75 seconds
Windows Server Container
~1 second
A virtual machine takes ~5 seconds to over a min
Hyper-V Container
~3.3 seconds

25. Windows Server Container
First Container ~120MB
Additional Containers ~75MB
Hyper-V Container
First Container ~340MB
Additional Containers ~150MB
Windows Server Container
First Container ~150MB
Additional Containers ~75MB
Hyper-V Container
First Container ~555MB
Additional Containers ~280MB
HP ProLiant SL250s Gen8, E5-2600, 2 Socket, 8 Core, 128GB RAM, HP SATA SSD

26. Windows Server Container
First Container ~120MB
Additional Containers ~75MB
Hyper-V Container
First Container ~340MB
Additional Containers ~150MB
Windows Server Container
First Container ~150MB
Additional Containers ~75MB
Hyper-V Container
First Container ~555MB
Additional Containers ~280MB

27. Demo

28. 1
Containerize Legacy Applications
Lift and shift for portability and efficiency
2
3
Transform Legacy to Microservices
Look for shared services to transform
Accelerate New Applications
Greenfield innovation
One platform
delivers one
journey for all
applications

29. Problem How containers help
Small images, only ship what you need (quick to add/update)
Easily address problems
Immutable and versioned (role back in case of errors)
Microsoft Operations Management Suite provides monitoring and alterts
Availability

30. Problem How containers help
Hyper-Scale
Lightweight – start nearly instantly and use less hardware resources
Designed to take advantage of the cloud (hybrid or on-premise)
Docker Datacenter enables full management and security across clouds

31. Problem How containers help
Agility
Avoids lock-in – run your applications where you need them run
Constancy across environments – confidence from dev -> stage -> prod
Integrated development experience with Visual Studio
Hyper-V provides hostile multi-tenant isolation at the flip of a switch

32. www.microsoft.com/containers
• Evaluation version of Windows Server 2016
• Docker CS Engine at no additional cost to Windows Server 2016 users
• Create a free account on Docker Hub
• Pointers to tools, demos and resources including Image2Docker!
• New Visual Studio tools for Docker
Learn more and get started now!

33. Thank you for joining us