312-85 Exam Dumps : Certified Threat Intelligence Analyst (CTIA)

The described activity involves pretending to be a legitimate or authorized person in order to gather sensitive information. This social engineering technique is known as Impersonation.

Impersonation is a form of deception in which the attacker pretends to be someone else — such as an employee, contractor, or service technician — to gain access to restricted information or areas. In this method, the attacker often relies on trust, authority, or familiarity to manipulate others into revealing confidential data.

In the scenario, the analyst obtained information by observing terminals, searching desks, and examining bins while pretending to be a trusted individual. This fits the definition of impersonation rather than other social engineering methods.

Why the Other Options Are Incorrect:

Shoulder surfing: Involves directly observing someone’s screen or keyboard to capture credentials or data, not pretending to be someone else.

Piggybacking: Refers to physically following an authorized person into a restricted area without proper authentication.

Dumpster diving: Involves searching discarded items, such as trash or recycle bins, to find confidential information, without human interaction or pretense.

Conclusion:

The analyst used Impersonation to pose as an authorized person and collect sensitive data.

Final Answer: A. Impersonation

Explanation Reference (Based on CTIA Study Concepts):

From the CTIA study materials under “Social Engineering and Threat Collection Techniques,” impersonation is identified as a key human-based technique for gathering information during reconnaissance.

Passive DNS monitoring involves collecting data about DNS queries and responses without actively querying DNS servers, thereby not altering or interfering with DNS traffic. This technique allows analysts to track changes in DNS records and observe patterns that may indicate malicious activity. In the scenario described, Enrique is employing passive DNS monitoring by using a recursive DNS server to log the responses received from name servers, storing these logs in a central database for analysis. This approach is effective for identifying malicious domains, mapping malware campaigns, and understanding threat actors' infrastructure without alerting them to the fact that they are being monitored. This method is distinct from active techniques such as DNS interrogation or zone transfers, which involve sending queries to DNS servers, and dynamic DNS, which refers to the automatic updating of DNS records.

Incorporating a scoring feature in a Threat Intelligence (TI) platform allows SecurityTech Inc. to evaluate and prioritize intelligence sources, threat actors, specific types of attacks, and the organization's digital assets based on their relevance and threat level to the organization. This prioritization helps in allocating resources more effectively, focusing on protecting critical assets and countering the most significant threats. A scoring system can be based on various criteria such as the severity of threats, the value of assets, the reliability of intelligence sources, and the potential impact of threat actors or attack vectors. By quantifying these elements, SecurityTech Inc. can make informed decisions on where to invest its limited funds to enhance its security posture most effectively.