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The Web & Network Security VAPT Audit project focuses on identifying and mitigating vulnerabilities across web applications and network infrastructures.
Through comprehensive Vulnerability Assessment and Penetration Testing (VAPT), this project aims to discover security loopholes and provide actionable insights for fortifying system defences.
The process involves scanning for weaknesses, exploiting potential vulnerabilities, and generating detailed reports that highlight areas of concern.
This approach ensures that both web applications and network components are resilient against a variety of cyber threats.
The project will also include recommendations for best practices to enhance overall security posture.
This project explores the techniques and methodologies used in ethical hacking of Android mobile applications to identify security vulnerabilities.
By simulating real-world attack scenarios, the project aims to uncover flaws in mobile app security, such as insecure data storage, improper authentication, and code vulnerabilities.
The process involves static and dynamic analysis, code decompilation, and testing against common exploits.
The findings will help developers understand critical security risks and implement robust measures to safeguard mobile applications.
Ultimately, this project serves as a guide for building more secure Android applications by understanding the perspective of a potential attacker.
The "Phishing Awareness Simulation" project aims to educate users about phishing tactics by simulating real-world phishing scenarios.
By creating realistic phishing emails and landing pages, users can observe how easily deceptive messages can lure victims into revealing sensitive information.
The project uses a controlled environment to test the effectiveness of these simulations, providing feedback and educational material on recognizing phishing attempts.
Through this interactive approach, users learn to identify warning signs, such as suspicious links, sender authenticity, and manipulative language, ultimately reducing their vulnerability to phishing attacks.
This hands-on experience fosters cybersecurity awareness, emphasizing vigilance and safe online practices.
The Forensic Analysis with Autopsy project provides an in-depth look into digital forensic investigations using the Autopsy software.
It covers techniques for collecting, analysing, and preserving digital evidence from various devices, including computers, mobile phones, and external storage.
The project aims to demonstrate how Autopsy can be utilised to trace digital footprints, recover deleted files, and analyse data structures to build a case.
With real-world case studies, the project offers insights into the forensic workflow, from data acquisition to evidence reporting.
It highlights the importance of maintaining the integrity of evidence and following legal protocols during an investigation.
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