Computer Science Question

Assignment Details COMP 30034 Computer Forensics

I need a professional and high-quality assignment for the module Computer Forensics (COMP 30034) based on the assignment brief and the teachers detailed explanation.

Topic:
Internet of Things (IoT) Security and Digital Forensics in Smart City Environments.

Requirements:

• Approximately 20002200 words.
• APA 7th edition referencing.
• Minimum 20 academic citations/references.
• Use the provided Springer article as the main source:
  Forensics and Security Issues in the Internet of Things
• Include additional academic sources (IEEE, Springer, ACM, ScienceDirect, etc.) for stronger analysis.
• The work must be written in clear academic English and in original wording (not AI-generated style or copied content).
• The assignment must include:
  • Title Page
  • Table of Contents
  • Introduction
  • Task 1
  • Task 2(a)
  • Task 2(b)
  • Conclusion
  • At least 2 recommendations
  • Reference list (APA 7)
  • Page numbers

Formatting:

• Times New Roman
• Font size 12
• Headings size 14, bold, capitalized, and underlined
• Include suitable diagrams where necessary

Important:
The teacher emphasized that the assignment must contain critical analysis, not only description or summary. Strong original contribution is required to achieve high marks.

Task 1 IoT Forensic Challenges (30 Marks)
Critically discuss the forensic challenges involved in:

• Identifying evidence
• Collecting evidence
• Preserving evidence

Scenario:
A smart city IoT system with smart cameras, vehicle sensors, and cloud analytics experienced abnormal traffic signals and unauthorized access to surveillance feeds.

The discussion must include:

• IoT forensics challenges
• Device heterogeneity
• Massive data volume
• Timestamp synchronization issues
• Distributed evidence across cloud/fog/devices
• Lack of standardization
• Chain of custody
• Impact of these challenges on the investigation process

Task 2(a) IoT Architecture Models (30 Marks)
Critically analyze:

• Three-layer architecture
• Five-layer architecture
• CloudFog/Edge architecture

The answer must include:

• Architecture explanation
• Strengths and weaknesses
• Comparison between architectures
• Latency discussion
• Why fog/edge computing is more suitable for smart city environments
• Critical evaluation, not only description

Task 2(b) Security Challenges and Hybrid Security Solution (40 Marks)
Critically analyze:

• Device heterogeneity
• Weak authentication mechanisms
• Privacy concerns
• Unauthorized access
• Data breaches
• Coordinated cyberattacks

Evaluate the effectiveness of:

1. Blockchain technology
2. Machine learning techniques

Also discuss their practical limitations:

• Scalability
• Latency
• Resource constraints

Most Important Requirement:
Create an original high-level hybrid security approach combining technologies such as:

• Fog/Edge Computing
• Blockchain
• Machine Learning

The proposed solution should explain:

• Real-time anomaly detection
• Secure evidence logging
• Reduced latency
• Improved resilience and security
• Lightweight blockchain and edge-based ML concepts

Conclusion:
Summarize the findings clearly and provide at least two professional recommendations.

The final work should be professional, accurate, detailed, and fully aligned with the teachers instructions to achieve a high grade (90%+).

Additional Expectations for High Distinction Level:

The assignment should demonstrate advanced academic writing, critical thinking, and deep understanding of IoT security and digital forensics concepts. The analysis should go beyond basic explanation by comparing approaches, evaluating strengths and weaknesses, and justifying arguments using recent academic research.

The proposed hybrid security framework should be original, realistic, technically justified, and suitable for smart city deployments. Diagrams, comparison tables, and clear architectural illustrations should be included where appropriate to enhance the quality of the report.

The final submission should reflect the quality of an excellent/distinction-level university assignment capable of achieving the highest possible marks.

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