2015 06-api days-sf-apis-dbridge2iot-asanka

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Connected Car … Connected Aeroplane … Connected light bulb…. IoT has become a necessity in every business vertical. A few decades ago enterprises were keen on internal connectivity before attending to external connectivity. But, today it has changed, to connecting anything to everything. Connecting anything to everything requires additional precautionary measures to be taken in areas such as security and governance. In addition to this, delivery channels of IoT (devices/sensors) are required to connect with existing backend systems and service platforms to pull and push events. Therefore, IoT architecture requires an unified manner of handling this situation. APIs, enable extensibility of business operations in internal, external and partner networks. The capability of APIs is such that it can be used to bridge the new IoT world and SOA, EDA, also legacy systems that exists in the enterprises. During this session Asanka Abeysinghe vice president of Solutions Architecture at WSO2 will discuss the relation between APIs and IoT as well as how APIs can be used as a bridge between IoT and other technology domains. Asanka will explain the reference architecture and describe use-cases around the same, while using WSO2 enterprise middleware and cloud platform as the toolset for implementation.

APIs : The Bridge to IoT
Asanka Abeysinghe
Vice President, Solutions Architecture - WSO2,Inc

Connecting the new/old world
6
Picture Credit : Flicker – Sam Valadi

Smart basketball
7
Picture Credit : http://www.94fifty.eu/

Nike running app
8
Picture Credit : https://secure-nikeplus.nike.com/plus/running/home

Anatomy of a device : isolated
- Piece of hardware
- Built for a purpose
- Capable for a limited functionality
- Control interface
- Input/output
- Consumes power
10

Anatomy of a device : functional
- Functional capabilities (actuators)
- Administration capabilities (management)
- Monitoring capabilities (sensor data)
12

{API}s to enable the
device functionality.
13

{API}s at the edge
14
Inside device itself
Closer to the device

{API}s and devices
15
TO FROM
FUNCTIONAL
SYSTEM

Modeling device as an {API}
- HTTP API
- Temperature sensor
- http://{ip}/{locationid}/sensors/temperature -GET
- Motor
-
http://{ip}/{locationid}/actuators/motor1/rotate/{
turns}/{direction} -POST
- http://{ip}/{locationid}/actuators/motor1/status -
GET
16

*
App
End User
Device
Device has full API
Management capabilities.
Pattern #1
{API}

*
Authorization
Manager
App
End User
Device
Device uses an
authorization server to
authorize access.
Pattern #2
{API}
{API}

*
Device
Gateway
App
End User
Authorization
Manager
Device
Having a Device gateway
in front of the device.
Pattern #3
{API}
{API}
{API}

*
Device
Gateway
App
End User
Authorization
Manager
Analytics
Device
Device gateway
publishes events to an
external (scalable) event
processing engine.
Pattern #4
{API}
{API}
{API}
{API}

*
Mediation/
Routing
Device
Gateway
App
End User
Authorization
Manager
Analytics
Device
Having mediation &
routing capabilities help
to transform the
messages going back
and forth from the
device.
Routing helps to select
the correct device.
Pattern #5
Device
{API}
{API}
{API} {API}
{API}

{API}s and Mediation as
the protocol to connect
with the ecosystem.
E.g. Systems of
record/engagement/automation
23

*
Event Queue
Mediation/
Routing
Device
Gateway
App
End User
Authorization
Manager
Analytics
Device
Devices could be busy/
unavailable.
Having a Queue helps to
guarantee message
delivery to/from device.
(pub/sub api)
Pattern #6
{API}
{API}
{API}
{API}
{API}
{API}

*
Event Queue
Mediation/
Routing
Device
Gateway
App
End User
Authorization
Manager
Analytics
Device
Some devices are not
built with sufficient
processing capabilities.
They could be low
powered ones.
A Device hub will help
such devices connect to
the rest of the world.
Device Hub
Device
DeviceDevice
Pattern #7
{API}
{API}
{API}
{API}
{API}
{API}
{API}{API}

*
Event Queue
Mediation/
Routing
Device
Gateway
App
End User
Authorization
Manager
Statistics
Processing
Device
Device Management
helps a large number of
devices (common
policies,etc) to be
managed centrally.
Device Hub
Device
DeviceDevice
Device
Management
Pattern #8
{API}
{API}
{API}
{API}
{API}
{API}
{API}

SenseBot
28
A robotic car, built around the Arduino Uno and WSO2 Platform.

SenseBot APIs
/controller/{direction} - POST
/sensordata/ldrstats – POST
/sensordata/motionStats – POST
/sensordata/sonarStats – POST
/sensordata/tempreatureStats – POST
/sensordata/humidityStats - POST
30

Enterprise middleware and cloud
platform from systems of record to
systems of engagement
( data to consumer )

Summary
35
- Integrate the IoT and the IT world
- Developer productivity & go to market
- Events management
- QoS
- Security
- Scalability
- Reliability
- Device management & governance
- Be prepared to adapt to the future
{API}s

36
b : http://asanka.abeysinghe.org
t : @asankama
e : asankaa AT wso2.com
w : http://wso2.com

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Organizations are now using low-code and pro-code tools to build digital experiences internally and externally. However, not having the right alignment between these two approaches slows down delivery. Different developer personas that work in silos, no connection between low-code and pro-code applications, low-code creating unmanageable shadow IT applications, no single codebase or build pipeline, and interruptions to the professional developer flow are some significant drawbacks. In this session, Asanka will look at a platform approach to bridge the low-code and pro-code chasm.

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2015 06-api days-sf-apis-dbridge2iot-asanka

1. APIs : The Bridge to IoT Asanka Abeysinghe Vice President, Solutions Architecture - WSO2,Inc

2. 2

3. Trip to Sri Lanka 3

4. Connect everything to anything. 4

5. 5

6. Connecting the new/old world 6 Picture Credit : Flicker – Sam Valadi

7. Smart basketball 7 Picture Credit : http://www.94fifty.eu/

8. Nike running app 8 Picture Credit : https://secure-nikeplus.nike.com/plus/running/home

9. Aggregated view 9

10. Anatomy of a device : isolated - Piece of hardware - Built for a purpose - Capable for a limited functionality - Control interface - Input/output - Consumes power 10

11. {API}s to avoid isolation. 11

12. Anatomy of a device : functional - Functional capabilities (actuators) - Administration capabilities (management) - Monitoring capabilities (sensor data) 12

13. {API}s to enable the device functionality. 13

14. {API}s at the edge 14 Inside device itself Closer to the device

15. {API}s and devices 15 TO FROM FUNCTIONAL SYSTEM

16. Modeling device as an {API} - HTTP API - Temperature sensor - http://{ip}/{locationid}/sensors/temperature -GET - Motor - http://{ip}/{locationid}/actuators/motor1/rotate/{ turns}/{direction} -POST - http://{ip}/{locationid}/actuators/motor1/status - GET 16

17. * App End User Device Device has full API Management capabilities. Pattern #1 {API}

18. * Authorization Manager App End User Device Device uses an authorization server to authorize access. Pattern #2 {API} {API}

19. * Device Gateway App End User Authorization Manager Device Having a Device gateway in front of the device. Pattern #3 {API} {API} {API}

20. * Device Gateway App End User Authorization Manager Analytics Device Device gateway publishes events to an external (scalable) event processing engine. Pattern #4 {API} {API} {API} {API}

21. Analytics 21

22. * Mediation/ Routing Device Gateway App End User Authorization Manager Analytics Device Having mediation & routing capabilities help to transform the messages going back and forth from the device. Routing helps to select the correct device. Pattern #5 Device {API} {API} {API} {API} {API}

23. {API}s and Mediation as the protocol to connect with the ecosystem. E.g. Systems of record/engagement/automation 23

24. * Event Queue Mediation/ Routing Device Gateway App End User Authorization Manager Analytics Device Devices could be busy/ unavailable. Having a Queue helps to guarantee message delivery to/from device. (pub/sub api) Pattern #6 {API} {API} {API} {API} {API} {API}

25. * Event Queue Mediation/ Routing Device Gateway App End User Authorization Manager Analytics Device Some devices are not built with sufficient processing capabilities. They could be low powered ones. A Device hub will help such devices connect to the rest of the world. Device Hub Device DeviceDevice Pattern #7 {API} {API} {API} {API} {API} {API} {API}{API}

26. * Event Queue Mediation/ Routing Device Gateway App End User Authorization Manager Statistics Processing Device Device Management helps a large number of devices (common policies,etc) to be managed centrally. Device Hub Device DeviceDevice Device Management Pattern #8 {API} {API} {API} {API} {API} {API} {API}

27. Reference architecture 27

28. SenseBot 28 A robotic car, built around the Arduino Uno and WSO2 Platform.

29. How SenseBot works 29

30. SenseBot APIs /controller/{direction} - POST /sensordata/ldrstats – POST /sensordata/motionStats – POST /sensordata/sonarStats – POST /sensordata/tempreatureStats – POST /sensordata/humidityStats - POST 30

31. Device cloud 31

32. Hackathon in London 32

33. IoT reference architecture 33

34. Enterprise middleware and cloud platform from systems of record to systems of engagement ( data to consumer )

35. Summary 35 - Integrate the IoT and the IT world - Developer productivity & go to market - Events management - QoS - Security - Scalability - Reliability - Device management & governance - Be prepared to adapt to the future {API}s

36. 36 b : http://asanka.abeysinghe.org t : @asankama e : asankaa AT wso2.com w : http://wso2.com

2015 06-api days-sf-apis-dbridge2iot-asanka

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