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Survey & Review of Digital Forensic

Date post: 22-Oct-2014
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It's just a summary report of my findings about DF trends and challenges
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Summary report: Survey & Review of Digital Forensic Aung Thu Rha Hein (g5536871) 1 st February 2014
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Page 1: Survey & Review of Digital Forensic

Summary report: Survey & Review of Digital Forensic

Aung Thu Rha Hein (g5536871)

1st February 2014

Page 2: Survey & Review of Digital Forensic

Content

● Papers Info● Paper objectives● Methodology● Challenges● Future Research

Page 3: Survey & Review of Digital Forensic

Papers1. Digital forensics research: The next 10 years

-Simson L. Garfinkel

- Digital Investigation Journal,2010

2. Challenges to Digital Forensic: A Survey of Researcher & Practitioners Attitudes and Opinions- M. Al Fahdi, N.L. Clarke, S.M. Furnell - Information Security for South Africa Conference,2013

3. Taxonomy of computer forensics methodologies and procedures for digital evidence seizure

- Krishnun Sansurooah

- Australian Digital Forensics Conference,2006

4. The future of computer forensics: a needs analysis survey

-Marcus K Rogers, Kate Seigfried, Computers & Security Journal, 2004

Page 4: Survey & Review of Digital Forensic

Papers/25. An Ad Hoc Review of Digital Forensic Models

-M.M. Pollitt, Second International Workshop on Systematic Approaches to Digital Forensic

Engineering, 2007

6. Network forensic frameworks: Survey and research challenges

-Emmanuel S. Pilli*, R.C. Joshi, Rajdeep Niyogi

- Digital Investigation Journal,2010

7. A critical review of 7 years of Mobile Device Forensics-Konstantia Barmpatsalou , Dimitrios Damopoulos, Georgios Kambourakis,Vasilios Katos,

- Digital InvestigationJournal,2013

Page 5: Survey & Review of Digital Forensic

Paper Objectives1. Digital forensics research: The next 10 years

- proposes a methodology to improve the digital forensic research

- point out today DF research challenges

- proposes a new research plan

2. Challenges to Digital Forensic- to understand the priority of challenges on Digital Forensic by taking a survey

3. Taxonomy of computer forensics methodologies and procedures for

digital evidence seizure

- compare the forensic methodologies and propose a recommended methodology

4. The future of computer forensics: a needs analysis survey

- makes a study on computer forensics to discover the challenge

Page 6: Survey & Review of Digital Forensic

Paper Objectives

5. An Ad Hoc Review of Digital Forensic Models- summary of 15 papers which represents about DF data models

6. Network forensic frameworks: Survey and research challenges-overview of network forensic field on tools & frameworks

-also point out Network Forensic research challenge

7. A critical review of 7 years of Mobile Device Forensics- through review of mobile device forensic by mobile platforms

Page 7: Survey & Review of Digital Forensic

Methodology

Basic Methodology

& Process

Acquire Evidence

Authenticate evidence

Analyze Data

Page 8: Survey & Review of Digital Forensic

Methodology/2

● 3 methodologies & the detailed process varies ○ Basic Forensic Methodology○ Cyber Tool Online Search For Evidence (CTOSE)○ Data Recovery UK (DRUK)

● the recommended methodology combines the practice from 3 standards● there are more than dozen DF frameworks

Page 9: Survey & Review of Digital Forensic
Page 10: Survey & Review of Digital Forensic

Challenges● DF research is trending from 1997-2007● After 2007, Digital forensic meets with many challenges

Characteristics comparison

Era OS File Format Computing Architecture

Storage Architecture

Tools

1997-2007 Windows Dominance

few file formats PC, Centralized standard cable interfaces

commercial tools are working

2007- recent increasing OSs Various file formats

Client/Server, Flash, Cloud Storage

can’t catch up with req

Other introduced issues: Storage Size, pervasive encryption, legal challenges

Page 11: Survey & Review of Digital Forensic

Challenges/2

Descriptive Analysis Reult(N=60)

2004,The future of computer forensics: a needs analysis survey

Page 12: Survey & Review of Digital Forensic

Challenges/3

● Evidence-oriented design influences today’s DF research○ find evidence instead of assisting investigation○ not think of cyber-crime, i.e tools are not for hacking cases○ not possible to perform short-time analysis○ not capable of generating data from residual file

● Visibility,Filter,Report Model○ data recover before making analysis○ not possible to do parallel processing

● no standard for reverse engineering● ‘application instead of tools’ concept by vendors● lost academic research

2010,Digital forensics research: The next 10 years

2010,Digital forensics research: The next 10 years

Page 13: Survey & Review of Digital Forensic

Challenges/4

● 2013 survey takes part in 4 categories: ○ Demographics, Forensic Capabilities, Future Challenge, Legislative Concerns

● more than 50%: 3 years of DF experience ● Current DF tools & Capabilities:

○ Importance: more than 98% ranks as 4 out of 5 ○ Key Limitations: Data Volume, TIme,Tool Capability○ Tool Capability: not clear result

● Technology that least concerns: malware, steganography●

2013, Challenges to Digital Forensic

Page 14: Survey & Review of Digital Forensic

Future Research

● Challenge: Investigation & Analysis Time

● Mobile and Network Forensic will be trending

● anticipated future challenge: Cloud Computing, Anti-forensic, Encryption,Social Networking

● Should adopt standards for case data, data abstractions and composable models

● more data abstractions should create

● should standardise development diversity

● alternative analysis model: parallel processing, stochastic analysis ...

● doesn’t work in small-scale dataset

● standardized test data


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