
Investigate phishing attacks by tracing the source across email, SMS, or websites; analyze email headers and IP addresses, inspect links, and collect screenshots for a detailed mobile service-provider logs report.
Identify how identity theft investigations differ from ordinary cyber work by tracing data leaks and performing device forensics to locate the perpetrator via logs and ip address evidence.
Learn how to investigate web jacking by gathering website and server details, taking the site offline when possible, reviewing logs and IP addresses, and exploring safety and trends.
Explore how to investigate salami attacks, detect data discrepancies through random audits, and implement cross checks among network admins and bank officials to spot abnormal small credit transactions despite difficulty.
Investigate online gambling by gathering website details, cyber forensics, malware analysis on terminals, and payment gateways to support criminal or civil cases while conducting identity verification and reviewing server logs.
Learn to detect data diddling and data alteration in mass data systems through random audits, pattern checks, need-to-know access, time-stamps, encryption status, and hash comparisons against originals.
Investigate denial of service attacks, including DDoS and email bombing, by gathering target system specs, protocols, logs, and network packets to identify origin and time.
What will students learn in your course ?
The fundamental principles of network and information security, as well as potential threats and weaknesses, will be thoroughly examined in this course. It has been divided into one module and four chapters for the sake of understanding. When the term "computer forensics" is used to refer to the application of investigation and analytical techniques to gather and preserve evidence from a specific computing device in a manner that is appropriate for presentation in court, the term "computer forensics" means "computer evidence collection and preservation." When it comes down to it, the ultimate goal of computer science is to conduct a structured inquiry while simultaneously keeping a recorded chain of evidence in order to determine exactly what happened on a computing device and who was responsible for it. Following the first chapter on networking foundations, which will be examined in detail, the second chapter will cover information security, followed by the third chapter on security threats and vulnerabilities, and the fourth chapter will cover cryptography and encryption. You will get the opportunity to gain practical experience. You will also get knowledge that is theoretical in nature. If you take this course, you will have a clear understanding of security concepts. An internationally acclaimed speaker, the instructor of this course has delivered and performed thousands of cyber awareness campaigns to promote cyber hygiene and reduce the number of fraudulent transactions conducted online.