Challenges of Future Internet Design for IoT

This presentation discusses the challenges faced by the previous IoT design architecture and proposes a future internet design for IoT that is heterogeneous in nature. It includes a theoretical framework, methodology, project plan, and risk analysis. The purpose is to propose a better IoT device capable of supporting heterogeneous networks. The subject is IoT design and the course code and name are not mentioned. The college/university is not mentioned.

Challenges of
future internet
Design for IoT
Students name
Course title
Date of presentation

Rationale Domain
a) Problem domain
￮ IoT helps in connecting various devices and objects
using technology such that they can interact with
each other through internet
￮ Current network of IoT are server-client based
model
￮ Main problem in IoT is the configuration of
connected devices is increasing exponentially
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b) Purpose and Justification
￮ Main purpose is proposing future internet design for IoT
￮ Various limitations in previous work of creating IoT
environment are;
o There is no standard technology used in development
of IoT applications
o Most standard protocol is not used in IoT applications
To overcome these, there is need to create a IoT device
capable of supporting heterogenous networks. Though there is
an increase in IoT devices, there is a critical problem in the
network architecture (Uckelmann, Harrison& Michahelles,
2011)
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Sponsor/ Supervisor
Recommendation
￮ Project manager needs to propose IoT internet
design which is heterogeneous in nature
￮ Network should be capable of handling previous
challenges
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Research
Questions
1. Which challenges are faced by the previous IoT design
architecture?
2. Which criteria seems to be more important for selecting
the future internet design of IoT?
3. To compare all the techniques for the heterogeneity
technologies used in designing IoT

Theoretical framework
a) Problem domain
￮ Two network models were proposed.
 Social Organization framework (SOF) model
 Man-Like Nervous (MLN) model
Social Organizational Framework (SOF) model
￮ Comprises of Industrial IoT, local IoT and national IoT.
This model helps to manage nodes in a particular
location.
Man-Like Nervous (MLN) model
￮ Similar to reverse tree, Sensors are located at low level
in the model and work as distributed node sending data
towards the centralized node
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Future IoT networks will be based on Wireless
Sensor Network (WSN) technology. Here nodes
are deployed in adhoc manner (Lee, Bae & Kim,
2017)
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Methodology
1. Research and System Development Methods
￮ Architectural approach provided in this research is based
on an open architecture structure and is known as the
EPC Global network.
2. Data collection and system design methods
￮ I will be studying previous research papers, books, blogs
and various websites. I’ll analyze earlier challenges that
faced IoT designs. Questionaire will be used for survey
to understand previous problems in the IoT design and
questions will be used to design IoT structure better
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Theoretical framework
3. Ethical issues
￮ Are the social behavior standards that exist in IoT field
￮ Identification of the author
￮ Attacks
4. Compliance requirement
The following needs to be considered;
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￮ Authorization
￮ Authentication
￮ Data protection
￮ Remote Patching
￮ Flexibility
￮ Testing
￮ Intrusion Detection
￮ Analysis of data

5. Data analysis
￮ Data of all previous problems having various security
issues are to be analyzed to find out the technique that
will help in overcoming challenges of designing IoT
network.
￮ Current network is based on service provider but in the
future it will be based on device’s location.
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Project plan
1. Conclusion
￮ This research is more focused towards the network
layer. I have analyzed various IoT network designs,
based on this analysis have proposed a
methodology for the work. IoT data seems to be
very sensitive in nature. Leaking of the data can
make the system to be vulnerable for attacks. So as
to avoid this issue, I will support the heterogenous
network design for the IoT
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2. Work Breakdown
structure
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WBS Task Name Duration Start Finish
1 Challenges of Future Internet Design
for IoT 90 days Fri 8/3/18 Thu 12/6/18
2 The aim of the Project 10 days Fri 8/3/18 Thu 8/16/18
2.1 To determine the aim and objectives
of the project. 5 days Fri 8/3/18 Thu 8/9/18
2.2 To prepare the problem formulation
related to work. 5 days Fri 8/10/18 Thu 8/16/18

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3 Analyze the previous Researches 20 days Fri 8/17/18 Thu 9/13/18
3.1 To analyses the previous work and challenges in
the previous IoT model. 10 days Fri 8/17/18 Thu 8/30/18
3.2 Provide the literature review of the previous work
and analyze their procedures. 10 days Fri 8/31/18 Thu 9/13/18
4 Implementing Methodology 20 days Fri 9/14/18 Thu 10/11/18
4.1 Collection of data through questionnaire 5 days Fri 9/14/18 Thu 9/20/18
4.2 Development methods 5 days Fri 9/21/18 Thu 9/27/18
4.3 Evaluate various ethical issues 5 days Fri 9/28/18 Thu 10/4/18
4.4 Data Analysis 5 days Fri 10/5/18 Thu 10/11/18

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5 Project Plan 20 days Fri 10/12/18 Thu 11/8/18
5.1 Create WBS 5 days Fri 10/12/18 Thu 10/18/18
5.2 Create a Gantt chart 5 days Fri 10/19/18 Thu 10/25/18
5.3 Analysis of the Risks 5 days Fri 10/26/18 Thu 11/1/18
5.4 Total Duration 5 days Fri 11/2/18 Thu 11/8/18
6 Documentation 20 days Fri 11/9/18 Thu 12/6/18

3. Risk analysis
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Threat Source Threat Risk Impact Risk
Rating
Managing the
heterogeneous network
The futuredesigned network is
handling the heterogeneous network
with all its capabilities or not.
Moderate 3
Challenges The new proposed design is capable of
overcoming the new challenges or not.
High 4
Project Budget The overall budget of the project can
exceed from the decided amount also.
Moderate 5

4. Duration
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Sr. no. Task Name Duration Start Finish
1 The aim of the Project 10 days 8/3/18 8/16/18
2 Analyze the previous Researches 20 days 8/17/18 9/13/18
3 Implementing Methodology 20 days 9/14/18 10/11/18
4 Project Plan 20 days 10/12/18 11/8/18
5 Documentation 20 days 11/9/18 12/6/18

5. Gantt chart
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Thanks
!