The document discusses Internet of Things (IoT) and TDC's potential future role in the IoT market in Denmark. It defines IoT and notes that the number of connected devices is expected to grow dramatically by 2020 and 2025. It also discusses the potential economic impact of IoT globally. The document then examines TDC's role in the evolving IoT ecosystem in Denmark, how TDC can create value and generate profit through partnerships and by providing connectivity and services. It identifies key market areas like consumer, public, and business where TDC can expand its IoT business.

1. Presented by: Kamrul Islam

2. Introduction
 What is Internet of Things (IoT)?
 Potentiality of IoT is enormous
 4.9 billion connecting device by 2020 and 25 billion by
2025.
 IoT business and revenue
 IDC forecast 7 Trillion and Gartner forecast 3oo Billion
USD by 2020
 IoT economical impact worldwide
 1,9 trillion by 2020 and 6.2 trillion by 2025.

3. Impact on the world economy

4. Definition of IoT
 “Internet of Things (IoT) is an integrated part of Future Internet and
could be defined as a dynamic global network infrastructure with self
configuring capabilities based on standard and interoperable
communication protocols where physical and virtual ‘things’ have
identities, physical attributes, and virtual personalities and use
intelligent interfaces, and are seamlessly integrated into the information
network. In the IoT, ‘things’ are expected to become active participants
in business, information and social processes where they are enabled to
interact and communicate among themselves and with the environment
by exchanging data and information ‘sensed’ about the environment,
while reacting autonomously to the ‘real/physical world’ events and
influencing it by running processes that trigger actions and create
services with or without direct human intervention. Interfaces in the
form of services facilitate interactions with these ‘smart things’ over the
Internet, query and change their state and any information associated
with them, taking into account security and privacy issues.”

5. Problem Definition
 Main Research question
 What will be the future role of TDC in the IoT market of
Denmark?
 Sub-questions:
 How will the ecosystem evolve and where will TDC
create value and generate profit in the context of
Denmark?
 What are the market areas in IoT where TDC can expand
its business?

6. Motivation
 Working with Denmark largest telecom company, TDC
 IoT is growing trend and higher potentiality
 Academic research interest for future PhD endeavour

7. Methodology
 I was followed deductive research methods
 Qualitative
 Case study based on Vodafone and SK telecom
 Steps was followed-
 Desktop research
 Primary Research- Semi-structural Interview
 Leapcraft
 DOLL living Lab
 TDC

8. Methodological Diagram

9. Delimitation
 Focused on Telecom sectors
 Avoid regulation
 Avoid security and users privacy aspects
 Macro and micro economics aspects.

10. State of the Art of IoT
 Overview of IoT

11. Machine to machine (M2M) vs
Internet of things (IoT)
 IoT concepts evolved from M2M
 M2M could communicate over GSM or other similar
network without involvement of IP but IoT is IP based
communication
 M2M consist of hardware and embedded software and
IoT consist of hardware, software, best customers
experience (QoS)

12. Evolution of internet of things from
M2M

13. IoT Architecture

14. IoT Technology: IoT components

15. WAN technology
 3G
 Faster transmission speeds
 Enhanced mobile broadband experience
 50% spectral efficient as compare to 2G
 Introducing 3G modem by companies
 4G- LTE
 IP connectivity
 Better quality of service (QoS)
 Much less latency
 Multiple radio access technology support
 LTE-M and NB LTE- M
 Operate on shared LTE spectrum
 Both are supplementary solution
 Higher capacity, lower cost and better coverage

16. WAN technology
 Low power WAN (LPWA)
 Two types 1) proprietary LPWAN 2) standard e.g
cellular IoT
 Requirements of LPWAN and LTE-M and NB LTE-M
1) Long battery life, 2) Low device cost, 3) Low
deployment cost 4) Full coverage and 5) Support of
massive number of device.

17. Wireless sensor network (WSN)

18. Some of the WSN network
 Zigbee Technology
 Bluetooth technology
 RFID technology

19. IoT Ecosystem
 Consist of four core
 Connected device, connectivity, application service,
supporting service
 Company role consist of there big domain
 Device domain, connectivity domain and service
domain

20. An Internet of Things Ecosystem

21. Business Model
 1) Structural approach which is including identifying
the value chain, value driver in the ubiquities
computing environment.
 2) Methodological approach which is including a
business model development methodology in
ubiquities computing environment and multipath
utilization scenarios
 3) Design approach which is including IoT business
model canvas framework and networked business
model itemization in the emerging technology based
service in the ubiquities computing environment

22. Designing Tools for Ecosystem
Business Model

23. Key pillars of a business model
design tool for IoT ecosystems

24. Theoretical Framework
 The reason to chose New ICT Ecosystem theory be
 To form an ICT Ecosystem more than two companies are in
needs to join and interact with each other to have a sustainable
business case. Therefore, what are the criteria to chose the right
company as a part of the ecosystem. Such criteria could be for
example company brand value, financial strength etc.
 ICT ecosystem is helping to understand the ecosystem
evolvement, which and what kinds of company will be on board to
consider for specific business context. For example, if it is smart city
project what are the key service enabler company needs to consider
as a part of ecosystem.
 ICT Ecosystem is interacting between or among companies
(layer) and end users, which will help to differentiate values,
telecom company is generating from a particular business settings.
Latterly, it has strong impact on the development of business model
and revenue stream.

25. New ICT Ecosystem

26. Empirical Data
 Vodafone Case
 M2M services e.g. smart metering, intelligent home
 Partnership for IoT business
 SK telecom case
 Thingplug platform
 Partnership and network layer development
 Interview
 Leapcraft
 DOLL
 TDC

27. Analysis
 The telecom market and IoT perspective
 New hybrid IoT-ICT ecosystem

28. New Symbiotic Relationship
between Layers

29. Dimension of new IoT ecosystem
symbiotic relationship

30. IoT Business Model Analysis
 Value based business model
 IoT ecosystem business model e.g. smart parking case
 Value create and value capture
 Value driver, value nodes, value exchange, value extract
 IoT- telecom business model consideration form M2M
 Structural approach
 IoT value chain identification, value driver, business
ecosystem

31. IoT-KT model

32. IoT-KT Model (Cont)
Market
Technology
Platform
Resources
Collaboration Collaboration
Collaboration
Collaboration

33. IoT-KT Model (Cont)
Real Time Data
End users
e.g. Municipalities
Third Party Application
developers
End users

34. Conclusion
 Telecom transforming from voice and data service
provider to IoT service provider
 Key findings form case studies research
 Partnerships, platform, M2M services
 Key finding from the interviews
 Network connectivity, platform, TDC brand value,
network relations among other possible clients.

35. Conclusion (cont)
 What will be the future role of TDC in the IoT market
of Denmark?
 Connectivity domain and service domain
 How will the ecosystem evolve and where will TDC
create value and generate profit in the context of
Denmark?
 Partnership with different company and vendors
 Along with the telecom role in connectivity and service
domain
 What are the market areas in IoT where TDC can
expand its business?
 Consumer, public and business market

36. Than you for listening 