Network Monitoring and Analysis with Wireshark

Approved

Relevance and Originality

The project on Network Monitoring and Analysis with Wireshark is highly relevant in today's digital landscape, where efficient network management and security are paramount. Given the increasing sophistication of cyber threats, the use of a widely recognized tool like Wireshark underscores its importance. The originality lies in the practical methodologies proposed for using Wireshark to analyze network traffic, which can provide valuable insights for network administrators and security professionals.

Methodology

The project outlines a clear methodology for evaluating network traffic and detecting attacks using Wireshark. However, more detailed explanations of the specific steps involved in capturing and analyzing traffic would strengthen the methodology section. For instance, outlining how to set up Wireshark, the criteria for selecting specific protocols for analysis, and the interpretation of captured data would enhance the practical guidance offered. Additionally, including a discussion on the types of network environments in which these methodologies can be applied (e.g., corporate, educational, or home networks) would provide further clarity.

Validity & Reliability

The project's focus on protocols such as IPv4, IPv6, ARP, TCP, UDP, and HTTP is valid, as these are fundamental to network operations. However, to increase reliability, the project should discuss the limitations of Wireshark in certain scenarios, such as encrypted traffic analysis or performance overhead on the network. Including empirical data or case studies demonstrating the effectiveness of the methodologies proposed would add credibility and illustrate real-world applications.

Clarity and Structure

The project is well-structured, with a logical flow that guides the reader from the introduction to specific methodologies for traffic evaluation and attack detection. To enhance clarity, the use of headings and subheadings would help delineate different sections. Additionally, including visual aids, such as screenshots of Wireshark in action or flowcharts depicting the process of detecting network attacks, would make the content more engaging and easier to understand for readers.

Result Analysis

The project successfully demonstrates Wireshark's versatility as a tool for network administrators. However, it could benefit from a more thorough analysis of the results obtained from the methodologies discussed. For instance, providing examples of actual network attack scenarios and how Wireshark identified them would enrich the analysis. Additionally, discussing the implications of the findings, such as how improved detection capabilities can enhance overall network security and efficiency, would provide a deeper understanding of the project's impact. Concluding with potential areas for further research or advanced techniques in network monitoring would also be beneficial.