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Digital Forensics in IoT

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Added on  2023/01/23

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Presentation
AI Summary
This presentation discusses the rise of IoT devices and the security issues associated with them. It explores the background of IoT and the need for digital forensics tools. The methodology includes a review of literature, analysis of current trends, and proposed solutions. The conclusion highlights the importance of digital forensics in IoT and the future research directions.

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DIGITAL FORENSICS IN IoT
[BY NAME]
[INSTITUIONAL AFFLIATION]
[DATE]

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Document Page
Contents
Introduction
Background
Methodology
Conclusion
Future
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Introduction
IoT devices are on rise
Advent of Micro processors
Advent of Micro sensors
Security issues have risen due to IoT
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Background
More micro services led to IoT
Security loopholes have been reported in IoT
More attacks have led to forensic
investigations
No forensic tools are based on IoT
Proposed solution provides forensic tools based
on IoT

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Methodology
Review of literature
Analysis of current trends in IoT devices
Proposed solution analysis
Representation of results
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Methodology Cont’d
IoT devices digital forensics practical
analysis
Using Open source IoT software's for
forensic investigations
Results Analysis and Explanation of
Outcomes
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Conclusion
IoT security is an Issue
Current approaches don’t include digital
forensic tools based on IoT
Proposed solution provides better
investigative capacities for IoT

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Future
Integrating the model with IoT devices
Increasing more research on efficient
models for IoT digital forensics
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Future
More research to be done on IoT forensic
investigation
Integration of Forensic investigation
capability onto IoT
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IoT Digital Forensics For Smart
Environment
[BY NAME]
[INSTITUIONAL AFFLIATION]
[DATE]

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Document Page
Contents
Introduction
Background
Methodology
Conclusion
Future
Document Page
Introduction
IoT devices are on rise
Advent of Micro processors
Advent of Micro sensors
Security issues have risen due to IoT devices
Connected smart offices have since been
target for digital investigations
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Background
The advent of IoT have led to establishment of
smart environed
These environment have constant security
issues
Current approach to provide digital forensics
have failed

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Methodology
Review of literature
Analysis of current trends in IoT devices
Proposed solution analysis
Representation of results
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Methodology Cont’d
The results tabled using statistical
means
Discussion of results and explanation of
the results through qualitative and
quantitative analysis
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Conclusion
IoT security is an Issue
Current approaches don’t include digital
forensic tools based on IoT
Proposed solution provides better
investigative capacities for IoT

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Future
More research to be done on IoT forensic
investigation for smart environment
Integration of Forensic investigation
capability onto IoT
Automation of some investigation
processes
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EMERGING TRENDS IN MOBILE
FORENSICS
[BY NAME]
[INSTITUIONAL AFFLIATION]
[DATE]
Document Page
Contents
Introduction
Background
Methodology
Conclusion
Future

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Introduction
Criminal activities are on rise using electronic
gadgets
Cloud forensics deals with that
Mobile forensics deal with mobo devices
New mobo device have better processing
abilities
Current trends analyzed in paper
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Background
Mobile data processing has surpass desktops
Cloud and Mobile forensic research has
emerged
BYOD Devices has posed security challenges
for companies
Company lack control
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Methodology
Review of literature
Analysis of current trends in Mobo digital
forensics
Proposed solution analysis
Representation of results

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Methodology Cont’d
Review of Results of the Proposed model
Presentation of The results using
statistical models
Quantitative and Qualitative Models
analysis
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Conclusion
Current solutions not efficient
Lack of processing capabilities of mobo
devices
The proposed solution provides
framework for MF digital forensics
This solves issues with BYOD security
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Future
More frameworks to encompasses the
BYOD
Improving the efficiency of the proposed
solution

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CHALLENGES FACING MOBILE
DIGITAL FORENSIC
[BY NAME]
[INSTITUIONAL AFFLIATION]
[DATE]
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Contents
Introduction
Background
Methodology
Conclusion
Future
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Introduction
Paper research on key challenges
Review of tools used in MF
Proposed solution given

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Background
Mobo devices includes smartphones,iPhones,
PDA
The storage capability have improves
Processing capabilities improved
This poses key security threats
MF has not been evolved in this category
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Methodology
Review of literature
Open source tools to showcase proposed
solution
Result analyzed via statistical methods
Evidence show proposed solution
provides an edge in MF
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Conclusion
Mobo devices have been on rise
Improvement in Data storage and Processing
capabilities
Much tools have not been developed for MF
Proposed solution shows improved MF in mobo
device

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Future
More tools to be developed
Improving the open source tools
Chain of Custody automation in Mobo
devices
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DIGITAL FORENSICS FOR
NETWORKED SERVICES
[BY NAME]
[INSTITUIONAL AFFLIATION]
[DATE]
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Contents
Introduction
Background
Methodology
Conclusion
Future

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Introduction
Networked based services have
mushroomed
Paper Discuss challenges
Review of background information
Better framework proposal
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Background
E-commerce and network based services
are rising
Single protocol tools
Theoretical frameworks exists for
network based forensics
Paper introduces multiprotocol approach
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Methodology
Review of Literatures
Quantitative result analysis
Qualitative deductions

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Methodology Cont’s
Statistical analysis of the results of the
proposed model
Qualitative and Quantitative analysis of
results
Presentation of the results
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Conclusion
Multiple protocol framework suggested
Large data sets analyzed
Trust of data guaranteed
Solves the research problems
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Future
Automation of data extraction
Inclusion of multiple network protocols

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PRE-EMPTIVE NETWORK
BASED DIGITAL FORENSIC
[BY NAME]
[INSTITUIONAL AFFLIATION]
[DATE]
Document Page
Contents
Introduction
Background
Methodology
Conclusion
Future
Document Page
Introduction
Technology changed current workspace
Smart environment emerged
Security risks are consequences
Research proposes preemptive digital
forensics for networks

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Background
Cloud computing revolutionized
computing
Security still remains a key challenge
Digital forensic readiness tools
developed
Tools are majorly reactive rather
proactive
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Methodology
Review of Existing Works
Review of Theoretical models
Analysis of Current system
Data analysis of proposed system
Results and Analysis of Results
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Methodology Cont’d
Proposed solution statically and
qualitative analysis
Model presentation of the results and
discussion

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Conclusion
Proposes framework provides proactive
approach
Useful for network monitoring
The data is admissible in court rooms
Proposed solution much efficient
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Future
Automated network scans
Chain of custody inclusion
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