2017 was a banner year for change and disruption at Lockheed Martin. Specifically Enterprise IT, moving to cloud and taking a chance on Containerization as a Service with Docker. As innovation accelerates and customer needs rapidly evolve, Lockheed Martin must become increasingly agile. Rapidly responding to customer requirements is key, and to facilitate overall business goals, Enterprise IT needs to be agile. We are experiencing software development lifecycles moving from waterfall to agile models of development. These changes are moving downstream toward Enterprise IT operations with the evolution of DevOps. In order to meet the demands of the customer and make significant progress on our cloud journey, we needed to look at changing how we manage infrastructure, how we change our IT culture and ultimately how we innovate at scale. That’s where the story of i2 labs begins. This presentation will focus on the creation of i2 labs at Lockheed Martin, which inspired and enabled people and processes to invest in Docker as a company, Containerization as a technology and DevOps as a methodology. How we went from labs testing to building Agile Development Teams to preparing to enter our BETA phase of our Enterprise Containerization as a Service to deploy applications in a consistent, repeatable, and reliable manner.

1. ARJUNA RIVERA
I2 Labs Senior Manager & Principal
Researcher, Lockheed Martin
#bigwhale - An
Unexpected Journey @
Lockheed Martin - Part 1
© 2018 Lockheed Martin Corporation

3. LM Innovation Video

4. Where to Begin?

5. Emerging Technology Venn Diagram
i2 labs testing and
development are keys to
service definition and
execution

6. i2 Labs FTW!

7. Why Docker EE?
Current State of
Innovation
Business Is Changing Around Us
What Can Help Us Get To Cloud?
What Can Help Us With Our
DevOps Journey?
There Are Several Container
Platforms Already Running Across
The Corporation

8. i2 Labs Lifecycle: discovery -> Service Delivery

9. Discovery

10. Title Here
ALPHA TESTING BETA TESTING
Simulated or actual
operational testing by
potential users/customer or
an independent test team.
Versions of the platform
released to limited audience
outside of the program
team.
Come Join UsDevelopment

11. Architecture

12. Title Here
ALPHA TESTING BETA TESTING
Simulated or actual
operational testing by
potential users/customer or
an independent test team.
Versions of the platform
released to limited audience
outside of the program
team.

13. Docker Use Case: augmented reality

14. Overview
•Corporate funded initiative to explore
and test Augmented Reality (AR)
technology in different potential
scenarios, across business units
Attributes
•Facilitates real time communication
between user and subject matter expert
•Enhances the communication through
multiple tools and features within the
application.
Remote AR
facetime like
functionality with ability
to markup on screen
information

15. Remote AR Video Demo

16. Docker EE – Phase 1 Growth
Docker Enterprise
Applications
25
Docker Services 90
Docker Containers 300
Growth
Development Timeline
Multiple Docker EE
instances to support
development and
production at multiple
locations
Q2/2
017
Q2/2
018

17. Docker in Cloud
Docker EE @LM = multi-phase approach
Phase 1
Docker on Premise
Phase 2
Docker for Classified
Phase 3

18. • Professional Satisfaction
• Organizational Transformation
• Modernization
• Platform Integration
• Collaboration
What does Docker EE do for me?

19. Title Here
ALPHA TESTING BETA TESTING
Simulated or actual
operational testing by
potential users/customer or
an independent test team.
Versions of the platform
released to limited audience
outside of the program
team.
Come Join Us

20. Title Here
ALPHA TESTING BETA TESTING
Simulated or actual
operational testing by
potential users/customer or
an independent test team.
Versions of the platform
released to limited audience
outside of the program
team.
Come Join Us