The world is changing and the Internet of Things is fast becoming the "new normal" in the industrial 4.0 age. Learn more about how IoT can be leverage in your industry and what the Kaleidoscope IoT platform can to to lower the barrier to entry for IoT.

1. Introduction to the
Internet of Things
Last Updated November 2017
www.kaleidoscopeiot.com

2. We are an award winningrecognized
leader in architecting,implementing
and managing IoT & AI solutions,
driving digital transformationacross
industries around the globe.
IoT (Internet of Things) & Artificial Intelligence is revolutionizing
global industries around the world today. Our company,
Kaleidoscope – provides enterprises with the fundamental
building blocks to deploy IoT networks and turnkey IoT
solutions by simplifying the IoT network stack, data,
intelligence and many complex integrations in the field today.
Our platform provides enterprises with a Birdseye view of their
organization’s infrastructure and assets, delivering key data
points, metrics and intelligence to the appropriate
organizational units via the Cloud, lowering the barrier to
entry in the IoT space.
What is Kaleidoscope?

3. Industries we work with
Our IoT platform spans several industries, and we're
changing the way that your industry connects with it’s
assets.
Kaleidoscope provides the fundamental building blocks
for future technological growth in areas such as
Machine Learning & Artificial intelligence.

4. Move your enterprise beyond analytics to real-time, data-
driven and automated decisions. Our platform enables
organizationsof all sizes to quickly get up and running with IoT
with an offering that is tailored to meet your individual needs.

5. Our Cloud Platform
We bill per sensor’s data-point that you ingest into our platform!
Only $0.0007 per data-point ingested per month
* Further volume discounts may be available if you are looking at a large scale sensor deployment.

6. How does it work?

7. Kaleidoscope Partner Ecosystem
Distribution Partners
Provide Kaleidoscope specific hardware such
as our SBC, Lora, and Cloud Gateway products
for resale in local territories
System Integrators
Architect, engineer and deploy IoT specific
workloads for Kaleidoscope end users. SI's
often generate additional revenue from other
value added services required for IoT such as
Internet connectivity etc.
Hardware & Sensor Vendors
Provide their own hardware products that may
be integrated into the Kaleidoscope platform
either directly or through our SBC's (Example a
specialized dust or temperature sensor)
Cloud Technology Partners
Provide software solutions that are either
hosted on, or integrated with, the Kaleidoscope
platform. These partners include Independent
Software Vendors (ISV's), Other Cloud
Providers, Management and Security Vendors.
Kaleidoscope

8. IoT adoption across the world
82% of respondent organizations will have deployed an
IoT solution within 2 years
33% of respondent organizations have already at least
partially deployed IoT-based solutions
21% of respondent organizations have fully deployed IoT-
based solutions
The Future of IoT is Enterprise!
Does your organizationrealize the full value of IoT, Cloud & AI?

9. These networks are referred to as LPWAN’s (Low-Power Wide-Area Network)
Low Power IoT standards are now the new normal
Diagram courtesy of the LoRa Alliance (lora-alliance.org)

10. • Grid, Solar, or Battery
• Fixedor Movable
• LPWAN or Ethernet
• Last several years
• Very Low Cost
• Multiprotocol interface
(ModBus / CanBus)
• Low bandwidth
• Real-time or near real-
time
Deployment Types:

11. Enterprise IoT however, is more
than just sensors in the ground…
Gartner predicts that by the end of this year, 20% of all market
leaders will lose their number one position to a company founded
after the year 2000 due to a lack of digital business advantage.

12. Data Lakes!
Cloud Infrastructure
Big Data & Analytics
Data Warehousing
Automation
Device Monitoring
Machine Learning
Neural Networks
ActivityRecognition
Computer Vision
Decision Support
Intelligence Amplification
Productive Algorithms
PatternRecognition

13. So what’s next?
Example Use Case: Using Neural Networks with your Sensor Data

14. Firstly, how does an artificial neural network work?
Neural network technology is a form of artificial intelligence (AI).
Neural networks are getting more and more accurate as
computer science research improves.
Output accuracy improves with more training data.
Convolution + Nonlinearity
Convolution + Pooling Layers
Max Pooling
vec
Connected layers Binary Classification
Pineapple
Ripe Fruit
Plantation
Harvest
etc…

15. Demo Time (refer to live demo or backup slides)

16. Figure #1 – Raw view of data coming into our system. Results can be searched and reported uponwith both real-time and historical data for Big Data & Analytical purposes.

17. Figure #2 – Example of data ingested from a sensor – this data is stored in JSON format, and can be queried upon from bothwithin our system and via our API from external third party systems.

18. Figure #3 – Zoomed in example– click and drag over any of our graphs to further zoom in the data.

19. Figure #4 – Example overview of SBC’s (Single Board Computer) registered with the platform and the ability to remotely manageand control data transmitted to platform.

20. Figure #5 – Example of a packing-house using our IoT sensors to beacon real-time data back to our cloud platform, In this example thecustomer generally waits 2-3 weeks before getting this information
typed up in a spreadsheet by hand – with real-time data the customer can make data-driven, proactive businessdecisions to further maximise efficiencies.

21. Make data-driven decisions in real-time
Morethan just BusinessAnalytics…
Our real-timedata visualization layer, enables your
organization'skeydecision-makerstoreadily understand
what is importantat any moment, making timely decisions
and solving industry and business challenges.

22. Visit us online: www.kaleidoscopeiot.com
Thanks & Questions?
We would love to hear from you any time