Marc Meunier - Director of Business Development, Docker Adam Parco - Director of Engineering, Edge & IoT, Docker The Internet of Things (IoT) is pushing more computing to the edge - where data from devices can be aggregated, filtered, and analyzed before it’s sent somewhere else. As edge devices become more powerful and capable of running sophisticated applications, the edge servers have to keep pace with development. The challenge for edge computing is that these servers and devices are distributed geographically across many sites and sometimes inaccessible. The Docker platform is designed for distributed computing and provides an easy way to securely distribute and run applications at the edge. In this session, we will outline some of the major trends around edge computing and the common architectures and use cases across different industries. We will highlight some of the work we’re doing with our customers to deliver on these edge use cases and where Docker is headed.

1. Edge Computing with
Docker Enterprise

2. Adam Parco, P.Eng.
Director Engineering, Edge & IoT
Docker
Edge Computing with Docker Enterprise
Marc Meunier
Director of Business Development
Docker

3. Why is Edge computing growing so Fast?

4. Bridging the Gap
Respecting our past and creating our future
TODAY: Traditional TOMORROW: Cloud-based
Command and Control
Request-Driven
Domain-Centric
Aligned Autonomy
Self-Service
Data-Driven

5. Autonomous Cars Smart Homes
IoT Digital Economy
Investing and innovating to remain ahead of the curve
Focus on the Future

6. Who is currently or in the past, done an
Edge deployment?
Quick Survey
If not, who is thinking or planning
on an Edge deployment?

7. Docker on Edge?
What customers
are asking for

8. Remoteness Attack
Surface
Resource
Constrained
Challenges Highlighted in Edge
Use Cases

9. Smart Buildings Smart Factories Smart Retail Smart Energy Smart Science
Core Datacenter / Cloud
Centralized processing & analytics
Edge
Local processing & gateways
Things
Sensors & actuators
DOCKER RUNTIME, APPLICATION IMAGES, MANAGEMENT, & SECURITY
Docker Edge Solution

10. DISTRIBUTED, GLOBAL, & SECURE SOFTWARE SUPPLY CHAIN
Primary Registry
Mirror Registry
Cache
HQ
Image Management

11. tag =
“latest”
personal/hello-
world
dev/hello-world
No ‘critical’ or
‘major’
vulnerabilities
qa/hello-world
Docker Trusted Registry
SCALE WITH AUTOMATED POLICIES FOR IMAGE MANAGEMENT
Policy-Based Image Promotion

12. Build With Integrity
• Verify, sign, & scan
• Secure image storage
• Secure sensitive data
Trusted Automation (CI/CD)
• Verifiable chain of custody
• Policy-based automation
Run Safe
• Secure by default
• Security Zones
• Governance controls
Docker Secure Software Supply Chain

13. Core Cloud / Datacenter
dev/ai-model
Docker Registry
prod/ai-model
Sign,
Push
1
Fog Site / Edge Gateway
prod/ai-model
Registry Mirror
Promoted signed mages
are mirrored to the Edge
3
Engine validates signatures,
credentials and applies policies,
over encrypted connections
4
• Takes advantage of the existing build
toolchain for secure image delivery
• Secure PKI-based application signing
• Image integrity validation check done on
Edge, in Docker EngineBuild
Scan, Sign,
and Promote
2
Edge Device
Edge Device
Docker Edge Security

14. Need /
Opportunity
PoC Docker
Engagement
Enterprise
Grade
Scale /
Deployment
Docker Edge Customer Journey

15. Devices
• Processors
• Architectures
• Memory / Storage
• Operating Systems
Networking
• Topologies
• Firewalls
• Bandwidth
• Connectivity
Applications
• Real time
systems
• Data acquisition
• Video processing
• AI/ML
Edge Diversity

16. Edge Case
Studies

17. Fog Site #1
Fog
Compute
DTR
Mirror
Camera GPS Activator
Node
Local
Actions
Local Compute
Data Locality
Real Time
Fog Site #2
Fog
Compute
DTR
Mirror
Camera GPS Activator
Node
Local
Actions
Local Compute
Data Locality
Real Time
UCP DTR
Cloud
Intermittent
Connectivity
3G/4G
Node NodeNodeNode Node Node
UCP UCP
Fog
Mini Data Center Mini Data Center

18. Main IT
Building #2
UCP DTR
Networking
Security
Appliance
Node
Switch
Node
Building
Management
Node
Computer Computer
Switch
Firewall
Node
Fire
Monitoring
Node
Building #1
Computer Computer
Node
Fire
Monitoring
Node
Switch
Firewall
Internet
Network
Building Management
Orchestration
Building Management

19. Onsite
Core
UCP DTR
Garage
Node NodeNode
UCP DTR
Cache
Mobile Datacenter
Satellite
Small Updates
Node NodeNode
UCP DTR
Mobile Datacenter
UCP DTR
Mirror
Full Updates
LAN
Mobile Datacenters

20. IoT
• No HA/LB
• Simple Container Life
Style
• Integration into Existing
Management
• Enterprise Engine
Support
UCP DTR
Core
UCP DTR
Core
UCP DTR
Core
Engine
Engine
Engine
Engine
EngineEngineDTR
Engine
Engine
Engine Engine Engine
EngineEngine
Engine Engine Engine
EngineEngine
DTR
Mirrors

21. …enables secure,
efficient, and
automated
distribution of
edge app update
to edge devices
…uses the same
developer and
admin Docker
tooling and
interfaces used
for
datacenter/core
applications
…gives edge
architects choice
of edge devices
and cloud
infrastructure
…provides multi-
layer security:
app, container
platform
…gives edge app
developers choice
of programming
languages and
app frameworks
Docker Edge benefits

22. Take A Breakout Survey
Access your session and/or workshop surveys for the conference at any time by tapping the Sessions
link on the navigation menu or block on the home screen.
Find the session/workshop you attended and tap on it to view the session details. On this page, you will
find a link to the survey.

23. Come Join Us In San Francisco
April 29-May 2
2019

24. Q & A followed by
networking opportunity.
Thank You!
adamparco
marc-meunier-b611981