Device, IoT Platform, Network & IoT Solutions

1. INTERNET OF THINGS
Device, IoT Platform, Network & IoT Solutions
1
Ir. Dr. Nordin Ramli

2. Agenda
• IoT Device
• IoT Platform (Gateway) & Network
– Things, Network & Application
• IoT Solutions
2

3. Internet of Things
P. Barnaghi, A. Sheth, “Internet of Things, The story so far”, IEEE IoT Newsletter, September 2014.
3

4. IoT Ecosystem
4

5. Typical End to End IoT Ecosystem
5

6. Device
6

7. 7

8. IoT Device
Source: Aeris Communications
8

9. 9

10. Device Evolution
10

11. Sensor devices are becoming widely available
11
- Programmable devices
- Off-the-shelf gadgets/tools

12. More “Things” are being connected
12
Home/daily-life devices
Business and
Public infrastructure
Health-care
…

13. Wearables
13

14. People Connecting to Things
14
Motion sensor
Motion sensor
Motion sensor
ECG sensor
Internet

15. Things Connecting to Things
15
- Complex and heterogeneous
resources and networks

16. Wireless Sensor Networks (WSN)
16
Sink
node Gateway
Core network
e.g. InternetGateway
End-user
Computer services
- The networks typically run Low Power Devices
- Consist of one or more sensors, could be different type of sensors (or actuators)

17. How are the networks changing?
• Extensions
– More nodes, more connections
– Any TIME, Any PLACE + Any THING
– M2M, IoT
• Billions of interconnected devices,
• Everybody is connected.
• Expansions
– Broadband
– LTE, 5G
• Enhancements
– Smart networks
– Data-centric and content-oriented networking
– Context-aware (autonomous) systems
17

18. “Thing” connected to the internet
1818
Source: CISCO

19. 19

20. Sensing the World
• Humans interact with the environment through their
senses
• Sensors can enrich human interaction with the
surroundings
• Sensors create a more interactive and immersive world
20

21. 21

22. IoT Gateway & Network
22
Things, Network & Application

23. 23

24. 24

25. IoT Platform
Source: IBM
25

26. 26

27. 27

28. 28

29. IoT Gateway
29
(Source: Advantech)

30. LoRA GATEWAY
30

31. 31

32. Network
Middleware
32

33. 33
Source: Harbinger

34. IoT 4 Layers Architecture
Platform Layer
• Application enablement platform
• Platform middleware
• Platform ownership
• Rapid development platform
Application Layer
Network Layer
• Wired and wireless connectivity
• Edge middleware
• Pervasive network
Sensor (& Actuator) Layer
• Sensors & actuators
• Embedded middleware
• Mobile devices
mist
MIMOS Internet Services of Things

35. 35
Source: Microsoft

36. 1
36
Source: Amazon

37. Mi-MIST Architecture
FRONT-END
Gateway
BACK-END
Devic
e
Gateway
Device
37MIMOS Internet of Services Things (Mi-MIST)

39. IoT Solutions
39
Industrial IoT

40. APPLYING BD & IOT TECHNOLOGIES
Working with Sensors
40

41. Complete product line up.
Sensor devices
pH Sensor
Moisture Sensor EC Sensor
Sensor Technologies
41

42. Tekam, Pahang
Intelligent Pollination Management System
Tuaran, Sabah
Setiu, Terengganu
K. Batas, Penang
Yield Improvement for High Value Crops
Bagging Process Gateway Installation
 Wireless Sensor Network (WSN)
oTemperature Sensors
opH Sensors
oEC Sensors
oHumidity Sensors
oMoisture Sensors
42
IPMS is a system design to replace the manual process of pollination prediction currently being used in the seed
production plantation.
Agricultural Sector

43. 43
Sensors
+ IOT gateway
Zigbee
protocol
Wifi
protocol
MIST
MIMOS Internet Services of Things
Management Analytics
Secondary Services
Enterprise Apps
Primary Services
Actionable Decisions
Value Driver
Gateway Office
Mesh
network

44. 44
Agricultural Sector

45. 45
Agricultural Sector
WIFI
IOT Controller
SENSOR

46. 46
SECURED
Temperature
DO
PH
Ammonia
Nitrates
Improving Yields
Wireless
Data
Gateway
2015 MIMOS Berhad. All Rights Reserved.
Agro-cultural Sector

47. APPLYING BIG DATA ANALYTICS
& IOT TECHNOLOGIES
Working with Labels & Identifiers
47

48. Traceability
48
Transformation
Orchard
Shipping
History
Authenticated Certification
© 2016 MIMOS Berhad. All Rights Reserved.
trace

49. 49
Analytics
2014 2015 trace

50. 50
Analytics
2014 2015
Channel Data
trace
© 2016 MIMOS Berhad. All Rights Reserved.

51. 51
Launch of MiTrace

52. 52
Shanghai
May 2015
Nanning, Sept
2014

53. APPLYING IOT FOR COMMUNITIES
Reaching out with Applications
-Royal Bird Nest (RBN) at Belara
53

54. Deployment Details
54
Date of installation : 22nd to 26th Aug 2016
Location : Swiftlet Eco Park, Belara, Kuala Terengganu
Monitored data : Temperature, Humidity, Oxygen
Stairs
Stairs
3G WiFi
Gateway
WiFi Sensor Node
Power
Control
Management
/ Battery
Solar Panel
240V AC
T, H, O2
LEVEL 2
LEVEL 1
LEVEL G
WiFi Sensor Node
T, H, O2
WiFi Sensor Node
T, H, O2
Installation Diagram

55. 55
Deployment Site

56. 56
Installation photo
DC/AC inverter
Power controller
DB
Battery
Solar panel

57. 57
Installation photo-cont
Ground Floor
3G WiFi Gateway
First Floor Second Floor
WiFi sensor nodeWiFi sensor node

58. 58
Mi-MIST Dashboard

59. 59
Mi-MIST dashboard (Historical chart)

60. 60
Mi-MIST dashboard (Report
generate)

61. 61
RBN Application
Real-time
Data:
• Temperatur
e
(Min/Max)
• Humidity
Gauge view
Venue/Location
Historical Data
Graphical View
Utility
Text View
Utility
Camera
Mix Graph
Weather
Now Info

62. 62
RBN Rollout

63. Challenges
63

64. THANK YOU
nordin.ramli@mimos.my
Any Questions?

65. Malaysia Market Size
65

66. Malaysia Market Potential
66

67. Malaysia Readiness on IoT
67

68. Evolution of Intelligence
Figure 1.3: Internet evolution Source: Adapted from CISCO
Connectivity
Digitise access to info
• E-mail
• Web Browser
• Search
Networked
Economy
Digitise Business
Process
• E-Commerce
• Digital Supply Chain
• Collaboration
Immersive
Experiences
Digitise Interactions
(Business & Social)
• Social
• Mobility
• Cloud
• Video
Internet of
Things
Digitise the World
Connecting
• People
• Process
• Data
• Things
Human-to-Human Human-to-Machine
Intelligent Connections
Embedded Intelligence
BusinessandSocietalimpact
50B Internet-connected
devices
10B
200M
68