RTI presents a RIoT lunch and learn on the IIC's layered databus design pattern for the IIoT. Industrial systems requiring millisecond response times like autonomous vehicles, patient monitoring, and the power grid can’t push data up to the cloud for live decision making. Latencies across the wide-area network mean those decisions arrive too late. For real-time response, data must be shared and acted on locally. Some data, however, may need to be pooled via the cloud to work with back-end systems for billing, analytics, diagnostics, and other enterprise level applications. What are the recommended design patterns to satisfy both needs? Join this lunch and learn for an overview of the “big 3” architectural patterns recommended by the Industrial Internet of Things Reference Architecture. A live walkthrough of the Layered Databus pattern will demonstrate real-time, millisecond control at the edge coupled with enterprise connectivity all the way back to the Web.

1. Edge-controlled, cloud-connected:
Design patterns for the IIoT
John Breitenbach
Field Applications Engineer

2. Agenda
• Fitbits and Hyperloops
• Forecast: Cloudy, with widely scattered latency
• The “Big 3” design patterns from IIC
• Deep dive: Layered Databus
• Demo!
• Q&(maybe)A
©2018 Real-Time Innovations, Inc.

3. My (Easy) Definitions
• Cloud
– An elastic computing environment in a $b data center
• IT (Information Technology)
– Software that runs in the cloud & sysadmins/CIOs who manage it
• Things
– Any physical device or system that has computing.
• OT (Operational Technology)
– Computing that actually controls and powers “things” and engineers
who build them
• Edge
– IT’s collapsed view of the real world not in the cloud
• Fog
– Computing that makes OT things intelligent with distributed or elastic
computing not in a data center. Usually layered.
• IoT
– All of the above
• IIoT
– IoT that consumers don’t buy (except AD cars)
©2018 Real-TimeInnovations, Inc.

4. ©2018 Real-TimeInnovations, Inc.
Fitbits & Hyperloops
Consumer vs Industrial IoT

5. The Industrial IoT is a Smart Machine Infrastructure
©2018 Real-Time Innovations, Inc.
Industrial Internet of Things (IIoT)Consumer Internet of Things (CIoT)

6. IIoT Application Types
©2018 Real-Time Innovations, Inc.
Device
Monitoring Edge
Autonomy
Databus
Databus
Analytic
Optimization

7. ©2018 Real-TimeInnovations, Inc.
Forecast: Cloudy
With widely scattered latency…

8. The problem with the cloud
• You can’t always see it
• It’s expensive to get there and back
– Time
– Volume
©2018 Real-Time Innovations, Inc.

9. The Expense of Time: Autonomous Car
• At 40 MPH a car moves roughly 60 feet in a second
– Or about 1 ft/17 milliseconds
– 23 ft in the blink of an eye (400 ms)
• Time to cloud server
– 20 ms to 2 seconds
– Widely variable
©2018 Real-Time Innovations, Inc.

10. The Expense of Volume: Autonomous Car
• Data generated by autonomous car: 12 Gb/second
– Cameras: 2.5-20 Gbit/s
– Lidar: 30-300 Mbit/s
– Radar, ultrasonic, GPS: 30kB/s
• 5G data rate
– 100 Mbps (cell edge)
– 10 Gb/s (theoretical)
©2018 Real-Time Innovations, Inc.

11. Edge control: why you need it
• Latency, latency, latency!
• Throughput
• Data volume
• Safety
• Resiliency
©2018 Real-Time Innovations, Inc.

12. ©2018 Real-TimeInnovations, Inc.
Woot! Demo!
Edge control

13. ©2018 Real-Time Innovations, Inc.
DDS DataBus
pixytracker
app
USB
Circle
Servo
Servo
Circle

14. ©2018 Real-TimeInnovations, Inc.
The IIC’s Big 3
Design Patterns for the IIoT

15. The IIC’s Design Big 3 Design Patterns
©2018 Real-Time Innovations, Inc.

16. Three Tier Pattern
©2018 Real-Time Innovations, Inc.

17. Gateway Mediated Pattern
©2018 Real-Time Innovations, Inc.

18. Layered Databus Pattern
©2018 Real-Time Innovations, Inc.

19. ©2018 Real-TimeInnovations, Inc.
Deep Dive:
Layered Databus

20. In-Car Platform
V2V & V2X
Public Internet
Fleet Management
Sensor-to-Cloud
• End-User Applications
• Connect with RESTful/Web Sockets
• Traffic Management
• Traffic Light Control
• Congestion Management
• Road Management
• Environmental & Road Conditions
• Probe Data Collection (Sensors)
• Environmental Weather
• Dynamic Vehicle Location
• Collision Avoidance
• Navigation
• Safety Certified
UnifiedDataModel
Cloud Databus
Machine Databus
Site Databus
Sense Act
Think HMI
Unit Databus
©2018 Real-Time Innovations, Inc.

21. Layered Databus for Surgical Robotics
System
Controls
HMI Robotic
Instruments
Sensors /
Actuators
System
Controls
HMI
Image Processing Databus
MIRS System Databus
Hospital Enterprise DatabusPatient Monitoring Databus
Robotics Control Databus
©2018 Real-Time Innovations, Inc.

22. Layered Databus for Healthcare IoT
FogEdgeIT/Cloud
vMobile
HIS PACS LIS
Cloud Server
GATEWAY to Ward DatabusRoom Systems
Apps
Database
Ward
Medical
Device
System
Apps
Clinical
Apps
Medical
Device
Imaging
Device
Surgical
Robot
GATEWAY to Enterprise Databus
GATEWAY to CloudADTEMR
Clinical
Apps
Database
Patient Room, Operating Room or ICU Databus (DDS)
Data LakeSystems
Apps
Robotic
Nurse
Robotics
UnifiedDataModel
©2018 Real-Time Innovations, Inc.
Ward Databus (DDS)
IT Systems/Enterprise Databus (DDS)

23. Layered Databus for NASA KSC Launch Control
©2018 Real-Time Innovations, Inc.
Recording Services Persistence Service
Real-Time Monitoring Domain
Control-Pad Bridge
Routing Service HMI
HMI
HMI
Event Domain
Recording Services
Sensor(s)
Persistence
Service
Event Domain
Event Domain
Event Domain
Event Domain

24. ©2018 Real-TimeInnovations, Inc.
Woot! More Demo!
Layered Databus: Sensor to Cloud

25. ©2018 Real-Time Innovations, Inc.
DDS DataBus
Routing
Service
Amazon Web Services
Routing
ServiceDDS DataBus
Web
Integration
Service
DDSDataBus
(TCPtoAWS)
pixytracker
app
USB
Circle
Servo
Servo
Circle
The
Interweb
RESTful

26. ©2018 Real-TimeInnovations, Inc.
The Network is the App;
The Data is the Interface
Databus 101

27. Databus “Data Everywhere” Abstraction
©2018 Real-Time Innovations, Inc.
• Doesn’t actually send all
data…
• Every application gets
everything it needs, when
it needs it
– Applications declare
needs and capabilities
– Databus delivers data
• Applications interface only
to data
– Every app speaks its own
language
– Databus maps language,
CPU, OS, transport
• Fast, reliable, scalable
Shared Global Data Space
DDS DataBus
Data
Topic
Type
QoS
Data
Topic
Type
QoS
Data
Topic
Type
QoS
Naturally, massively parallel
This really is
magic..

28. RTI Connext DDS Pro
©2018 Real-Time Innovations, Inc.
Admin
Console
Monitor Recording
Console
Shapes
Demo
Wireshark Excel
Add-in
Tools
Web
Integration
Service
Routing
Service
Recording
Service
Replay
Service
Persistence
Service
Database
Integration
Queuing
Service
Services
Code
Generator
DDS Ping DDS Spy Type
Convert
Record
Convert
RTI Package
Installer
Utilities
Databus
Security Safety Cert

29. Call to action!
• Visit RTI.com website
http://www.rti.com
Free download
• Check out IIC guidance
• Connect!
johnb@rti.com
http://linkedin.com/in/atlantex
©2018 Real-Time Innovations, Inc.