Answer Below: Two Questions On Ethical Hacking Explain ✓ Solved

Answer Below Two Questions1ethical Hackinga Explain In Your Wor

Answer below two questions: 1)Ethical Hacking a) Explain in your own words what “FOOTPRINTING” (or digital reconnaissance) is and how you would go about gathering the information you need to determine the location of a recently stolen late model car that was last seen in the parking lot of our college. b) After responding to the weekly discussion topic on FOOTPRINTING, you now have an idea as to how to conduct a digital investigative project. For this assignment, you are asked to develop your own crime scenario. Explain the incident that occurred, and then list the steps you would follow to solve this case (examples might include: a lost child, an unauthorized charge on your credit card, an unidentified charge made with your EZ PASS, etc.).

2) Information Assurance: Describe three authentication types and give an example of each. Your post should be at least 350 words.

Sample Paper For Above instruction

In the realm of ethical hacking and cybersecurity, understanding the intricacies of digital reconnaissance, or footprinting, is pivotal for both offensive and defensive strategies. Footprinting refers to the preliminary phase of information gathering about a target system or individual to identify vulnerabilities or collect necessary data for further investigation. In the context of locating a stolen vehicle, digital footprinting involves leveraging publicly available information, social media, surveillance footage, and possibly digital traces like license plate scans or car tracking data.

To determine the location of a recently stolen late model car last seen in the college parking lot, I would begin by collecting publicly accessible information. This includes checking security camera footage in and around the parking area, which might have recorded the theft or the subsequent movement of the vehicle. I would also analyze social media platforms for any posts or images of the vehicle, especially if witnesses or students shared sightings or information. Additionally, I would contact the campus security department for access to any security logs, incident reports, and surveillance data.

Furthermore, leveraging license plate recognition technology or working with law enforcement could be effective. For instance, law enforcement agencies often have access to national databases that track vehicle locations through various sensors or toll records. By combining this digital reconnaissance with physical efforts like patrols and stakeouts, an effective search area can be narrowed down.

Building on the understanding of footprinting, I can develop a fictional crime scenario: Suppose someone reports an unauthorized credit card charge at a local bookstore. To investigate, I would follow these steps: First, I would verify the legitimacy of the charge by contacting the credit card issuer to gather details of the transaction. Next, I would analyze the transaction data, including IP addresses or device identifiers if available, to locate where the purchase was made. If online, I would attempt to trace the IP address through digital footprinting techniques such as using traceroutes or IP geolocation services.

Simultaneously, I would interview the suspect or person who made the purchase to gather context and confirm intent. Additionally, I might seek cooperation from the online retailer to access transaction logs or security footage, if applicable. This combined approach of digital trail analysis and physical verification provides a comprehensive way to solve the case and potentially identify a fraudulent actor.

The process exemplifies how digital reconnaissance techniques can be employed in real-world investigations, emphasizing the importance of gathering digital footprints responsibly and ethically. These methods highlight the significance of technological tools in modern law enforcement and cybersecurity practices.

References

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• Raghavan, S. (2019). Information Security Management. Academic Press.
• Gordon, S., Loeb, M., & Zhou, L. (2015). Investing in information security. Communications of the ACM.