MN624 Digital Forensics Assignment Help
Assignment Description
Tasks:
There are two parts to this assignment, i.e. part A and part B.
A. Write a group report on one of the following topics listed in Part A. Your tutor will allocate you a group number (maximum of four students in a group) and your topic. (65 Marks) B. Demonstration. Make a group video demonstration of three digital forensics tools. (35 Marks)
Part A description:
Topic 1 – Internet of Things Forensics: Challenges and approaches
Today is the era of the Internet of Things (IoT), millions of machines such as cars, smoke detectors, watches, glasses, webcams, and other things that have the ability to connect, collect and exchange data over a wired and wireless network are being connected to the internet. The number of machines that possess the ability of remote access to monitor and collect data is continuously increasing. This development makes, on one hand, human life more comfortable, and convenient, but it also raises other hand issues on security and privacy. However, this development also raises challenges for the digital investigator when IoT devices are involved in crime scenes. Your report should cover the following points.
∙ History and background of Internet of Things Forensics: Provide an overview of the emergence and evolution of IoT forensics, including its historical and technological background.
∙ Comparison of traditional digital forensics vs. IoT forensics: Highlight the key differences between traditional digital forensics and IoT forensics, including the unique challenges posed by IoT devices in terms of data collection, storage, and analysis.
∙ Forensic approaches for IoT devices: Describe the different forensic approaches and methodologies used in investigating IoT devices, including the collection and preservation of digital evidence from IoT devices.
∙ Issues in IoT forensics: Address the security, privacy, and legal issues associated with IoT forensics, including the potential risks and challenges involved in investigating crimes involving IoT devices.
∙ Type of evidence and challenges in IoT forensics: Discuss the types of evidence that could be found in IoT forensics investigations, as well as the challenges in collecting and analyzing such evidence, including issues related to data integrity, authenticity, and encryption.
∙ Significance of digital forensics for the IoT ecosystem: Analyze and discuss the significance of digital forensics in the context of the IoT ecosystem, including its role in ensuring trust, security, and accountability in IoT deployments.
∙ Existing techniques for IoT forensics: Review and analyze the existing techniques and methodologies used in IoT forensics, and identify the best technique based on their strengths, limitations, and applicability to different IoT devices and scenarios.
∙ Challenges and solutions in IoT forensics: Analyze the challenges faced by digital investigators in IoT forensics, and propose or review a number of solutions that can be taken to overcome these
Topic 2 – Mobile Forensics: Challenges and approaches
The proliferation of mobile devices such as smartphones and tablets in the consumer market has resulted in a growing demand for forensic examination of these devices. Mobile devices often carry sensitive data and can be easy targets for cybercriminals, making mobile security essential. Mobile security testing aims to detect vulnerabilities and malicious apps on mobile devices. This research survey will focus on the challenges in mobile forensics in cloud computing and analyze the most recent solutions and developments in this area. The article should cover the following points:
∙ History and Background of Mobile Forensics: Provide an overview of the evolution of mobile forensics, including its history and background. Discuss the emergence of mobile devices and their increasing prevalence in the consumer market, leading to the need for mobile forensics.
∙ Type of Evidence and Challenges in Mobile Computing: Describe the different types of evidence that could be found in mobile devices, such as contacts, call history, message data (SMS, MMS, and emails), media files, and other databases. Discuss the challenges that digital forensic practitioners may face in extracting and analyzing this evidence from mobile devices in cloud computing environments.
∙ Significance of Digital Forensics for Mobile Computing: Analyze and discuss the significance of digital forensics in the context of mobile computing. Highlight the importance of mobile forensics in investigating and prosecuting cyber crimes involving mobile devices, and its role in ensuring data integrity, authenticity, and admissibility in legal proceedings.
∙ Digital Forensics Tools for Mobile Investigations: Discuss the digital forensic tools that could be useful for conducting mobile forensic investigations. Review popular mobile forensic tools available in the market and discuss their features, capabilities, and limitations in extracting and analyzing evidence from mobile devices.
∙ Overview of Capabilities of Three Popular Mobile Forensic Tools: Provide an overview of the capabilities of three popular mobile forensic tools, specifically focusing on their performance in three mobile phones based on Apple’s iOS and Google’s Android operating systems. Discuss the features and functionalities of these tools and their effectiveness in extracting and analyzing different types of evidence.
∙ Limitations of Mobile Forensic Tools: Describe the limitations of the three mobile forensic tools in accessing contacts, call history, message data (SMS, MMS, and emails), media files, and other databases on Apple’s iOS and Google’s Android. Discuss the challenges and issues that digital forensic practitioners may face in using these tools, including limitations in data extraction, data integrity, and data admissibility in legal proceedings.
∙ Forensic Approaches for Mobile Forensics: Describe the forensic approaches that can be used in mobile forensics, including logical, physical, and file system-level analysis. Discuss the advantages, limitations, and best practices of these approaches in the context of cloud computing environments.
∙ Mobile Forensics Issues and Challenges: Review the current issues and challenges in mobile forensics, including the rapid evolution of mobile devices, frequent software updates, encryption, cloud storage, anti-forensic techniques, and legal and ethical considerations. Discuss the impact of these issues on the forensic investigation of mobile devices and the difficulties faced by digital forensic practitioners.
∙ Issues in Mobile Computing Affecting Forensic Investigation: Describe the issues in mobile computing that could affect the forensic investigation of mobile devices, including device fragmentation, different operating systems, cloud storage, encryption, and anti-forensic techniques. Discuss the challenges and limitations of mobile forensics in addressing these issues and extracting accurate and reliable evidence.
∙ Performance Evaluation of Three Mobile Forensic Tools: Examine the performance of three mobile forensic tools in terms of their accuracy, reliability, and efficiency in extracting and analyzing evidence from mobile devices. Discuss the strengths and
weaknesses of these tools and provide recommendations for improving their performance.
Topic 3 – Cloud Forensics: Challenges and approaches
Cloud computing may well become one of the most transformative technologies in the history of computing. As a result of the technology and methods used in cloud computing, forensic investigation techniques face different types of issues while inspecting the case. Write a research survey of the forensic challenges in cloud computing and analyze their most recent solutions and developments. Your article should cover the following points. ∙ Describe forensic approaches for cloud forensics.
∙ Discuss the type of evidence that could be found with challenges in Cloud computing. ∙ Analyze and discuss the significance of digital forensics for Cloud computing. ∙ Review the Cloud Forensics Issues & Challenges.
∙ Describe the issues in cloud computing that would affect the forensic investigation. ∙ List of challenges facing the cloud forensic investigation.
∙ List the digital forensics tools that could be useful for doing cloud forensics investigation. ∙ Discuss technologies and techniques in the existing solutions and future works ∙ Propose/ Review a number of solutions that can be taken to overcome these challenges
Topic 4 – Email and Social Network Forensics: Challenges and approaches
Email and social networking applications such as Facebook, Twitter, and LinkedIn may be involved in instances of misuse such as copyright infringement, data protection violations, defamation, identity theft, harassment, and dissemination of confidential information and malware that can affect both organizations and individuals. As a result of the technology and methods used in Email and Social Network Forensics, forensic investigation techniques face different types of issues while inspecting the case.
Write a research survey of the forensic challenges in Email and social networks and analyze their most recent solutions and developments. Your article should cover the following points. ∙ Describe forensic approaches for Email and Social Network Forensics.
∙ Discuss the type of evidence that could be found with challenges in Email and Social Network Forensics.
∙ Analyze and discuss the significance of digital forensics for Email and Social Network Forensics.
∙ Review the Email and Social Network Forensics Issues & Challenges.
∙ Describe the issues in Email and Social Network Forensics that would affect the forensic investigation.
∙ List of challenges facing the Email and Social Network Forensics investigation. ∙ List the digital forensics tools that could be useful for doing Email and Social Network Forensics investigations.
∙ Discussion of technologies and techniques in the existing solutions and future works ∙ Propose/ Review a number of solutions that can be taken to overcome these challenges
Instructions:
Prepare your article as below:
1. Complete the assignment (minimum 6 and maximum 19 pages) including all the sections below. The number of words will be counted thoroughly, and you must keep the minimum number of words to avoid any penalties.
∙ Title (maximum 15 words) ∙ Abstract (200 – 250 words) ∙ Introduction (400 – 1000 words) ∙ Literature Review (1000 – 2000 words) ∙ Main body (500 – 1000 words) ∙ Results (200 – 500 words) ∙ Conclusion (200 – 500 words) ∙ Future Works (150 – 500 words) ∙ References (minimum 8 references)
2. The article must be a ‘Review’1 article, including at least 6 references and not more than 25.
Part B Description:
Make a group video demonstration of three digital forensics tools. Prepare slides (between 8 – 12 slides) for your video demonstration. As a team of four, create a 5-8 minutes video demo using the Zoom application (along with the presenters’ video) addressing the following tasks:
1. Analyze and discuss the importance of your selected digital forensics tools 2. Perform three selected digital forensics tools
3. Identify and discuss the strengths and weaknesses of each digital forensics tool 4. Which digital forensics would you recommend? Justify your recommendation.
Submission Guidelines
∙ The assignment should be submitted on Moodle in two separate files:
o The report should be submitted as a Word file
o The demonstration should be submitted as a video file
∙ The demonstration video must include the presenters’ video.
∙ Do not use Wikipedia as a source or a reference.
∙ Make sure you properly reference any diagram/graphics used in the assignment.
Marking criteria:
Marking criteria for Assignment #2
Example Marking Rubric for Assignment #2:
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