ASIS-PSP Exam Dumps - Physical Security Professional (PSP) Exam

Infrared sensors can function as both passive and active types:

Passive Infrared (PIR): Detects natural heat (infrared radiation) from people or animals.

Active Infrared: Emits infrared beams and detects interruptions in the beam (e.g., photoelectric sensors).

This dual use allows infrared to serve a variety of security applications.

A (Microwave) is strictly active.

C (Vibration) and D (Pressure) are passive only.

Staff personnel serve in a supportive or advisory capacity to the organization’s line executives. They provide specialized knowledge, consultation, and services (e.g., legal, HR, finance) without having direct authority over operations. Their role is crucial in supporting efficient decision-making and strategic planning.

CFO (A) may be a staff officer but is a specific example.

Merchandiser (B) and Retail marketer (D) are job functions, not general categories of organizational roles.

Special-use alarms are tailored to monitor specific environmental or operational conditions. They include sensors and devices that detect temperature thresholds, toxic gas presence, machine vibrations, or over-speed conditions in mechanical systems. These alarms are critical in industrial and hazardous environments.

A clearly defined and executed procurement contract is critical to successful implementation of a physical security construction project. It outlines scope, deliverables, timelines, cost structures, and responsibilities, ensuring all parties operate with aligned expectations and accountability.

A (RFQ) is a pricing request, not a contract.

B (BIA) informs continuity planning, not project execution.

D (Cost analysis) is useful but not foundational for execution.

Fidelity bonds specifically cover losses resulting from dishonest acts committed by employees, such as theft, fraud, or embezzlement. These are commonly used in financial institutions and other sectors where employees handle cash or sensitive assets.

The primary function of an electronic security system during an attempted or successful penetration is to notify personnel so that appropriate action can be taken. While alarms, countermeasures, and system integrations are important components, they are all secondary to ensuring that responsible individuals are informed promptly. In Human Resource and organizational security management, timely notification enables trained personnel to respond effectively, follow established procedures, and minimize potential damage or risk. Without proper notification, alarms alone may not lead to action, and automated responses may not address the situation appropriately. Effective communication and response coordination are critical aspects of workplace safety and incident management. Therefore, notifying personnel is the most essential function, making option B the correct answer.

Computed Tomography CT is the correct answer because it uses a rotating X-ray source to capture multiple images of an object from different angles, creating a detailed three-dimensional view. This technology uniquely calculates a material’s mass, density, and mass absorption coefficient, making it highly effective for detecting explosives and other threats. In organizational and Human Resource related security management, advanced screening technologies like CT scanners are essential for ensuring workplace safety, especially in high-risk environments such as airports, government facilities, and corporate offices. These systems support security personnel by providing accurate threat identification, reducing human error, and improving decision-making. Other technologies like standard X-ray or backscatter systems do not provide the same level of detailed material analysis. Therefore, option B is correct because CT offers the most comprehensive detection capability.

In biometric systems:

False Acceptance Rate (FAR) represents unauthorized access.

False Rejection Rate (FRR) represents inconvenience to legitimate users.

From a security perspective, a low FAR is more critical because it ensures that unauthorized individuals are not granted access. A higher FRR can be tolerated in high-security environments, as it affects convenience rather than security.

A (low/low) is ideal but harder to achieve.

C and D (high FAR) compromise security.