Free ASIS ASIS-PSP Practice Exam with Questions & Answers | Set: 4

The correct answer is Capacitance.

Capacitive sensors detect changes in the electromagnetic field around a metallic object. When a metal container enters this field, it alters the capacitance, triggering an alarm or alert.

Photoelectric sensors rely on light interruption or reflection and are typically used for perimeter detection.

Sonic and ultrasonic sensors measure sound waves to detect motion or proximity but are not designed to sense metallic objects via electromagnetic fields.

Capacitive sensing is widely used in security for protecting safes, metal cabinets, and secured storage containers because it provides reliable detection of tampering or unauthorized entry into a defined magnetic field, consistent with ASIS PSP guidance on electronic intrusion detection.

Post-implementation evaluation testing should be performed at least annually to assess whether the security system continues to meet operational requirements. It also ensures that performance standards are upheld, and helps identify any necessary updates or improvements.

A, B, and C are more frequent than typical industry best practice unless special conditions apply.

Comprehensive Detailed Explanation:

During the planning phase of a physical protection system, key deliverables include:

Preliminary design: Conceptual plans showing system layout and strategy.

Drawings: Visual representations that help in communicating system intent and scope.

These work products set the foundation for detailed design and implementation.

A, B, and C include elements used later in the process (procurement, budgeting).

The correct answer is D. retinal pattern recognition.

In PSP physical security design, access control is part of integrated physical security systems and countermeasure implementation. ASIS describes the PSP credential as covering physical security assessments, integrated physical security systems, and implementation/evaluation of security measures.

Retinal pattern recognition is a biometric access control method. It verifies a person based on a unique physical characteristic rather than something the person carries or knows. Biometric authentication uses unique body characteristics such as retinas, fingerprints, facial structure, or other biological traits for security and authentication.

The other options provide lower security by comparison:

A. Proximity card — possession-based credential; it can be lost, stolen, shared, or cloned.

B. Computer-controlled keypad — knowledge-based credential; PINs can be observed, guessed, shared, or compromised.

C. Smart card — stronger than a basic proximity card, but still a possession-based credential unless combined with PIN or biometric verification.

D. Retinal pattern recognition — biometric; tied directly to the individual and therefore provides the highest level of security among the listed options.

Therefore, for a high-security area such as a data center, the best answer is D. retinal pattern recognition.

The first step in planning any new security initiative is to gain the support of upper management because organizational commitment is essential for success. In Human Resource and organizational management practices, leadership approval ensures that adequate resources, authority, and strategic alignment are available before any detailed planning begins. Without management support, efforts such as budgeting, conducting surveys, or selecting equipment may lack direction, funding, or long-term sustainability. Securing executive backing also helps in establishing policies, enforcing compliance, and promoting a culture of safety and accountability within the workplace. Once leadership support is obtained, the organization can proceed with risk assessments, budgeting, and implementation planning in a structured and effective manner.

Enterprise Security Risk Management (ESRM) considers a variety of operating environments that influence organizational risk, including geopolitical, economic, legal, and technological factors. The geopolitical environment—such as regional instability, regulatory changes, and political threats—plays a critical role in shaping security strategy and risk prioritization.

A (Legal), B (Digital), and C (Physical) are important, but they are all subsets of the broader geopolitical and global risk context within ESRM.

An organization should not choose a contract security provider based only on the lowest bid because low pricing often leads to reduced wages, fewer benefits, and limited training for security officers. In Human Resource management, compensation and employee support are directly connected to service quality, motivation, retention, and job performance. When wages are cut to win a bid, security firms may struggle to attract qualified personnel or keep experienced officers, which can weaken professionalism and reliability. Poor pay may also increase absenteeism, dissatisfaction, and turnover, all of which negatively affect security operations. The main concern is not simply contract length or administrative cost, but the decline in officer quality caused by underpricing. Therefore, option C is the correct answer because it best explains why relying only on the lowest bid can damage service effectiveness.

The three primary types of cost estimates used during the implementation of a physical protection system are:

Budgetary: Initial estimate for planning and approval.

Preliminary design: Estimate based on conceptual design.

Final design: Detailed cost based on approved construction documents and specifications.

This staged estimation approach helps refine costs as the design evolves.

Other options mention contingency or maintenance, which are important but not considered one of the three standard estimating stages.

Capability refers to the potential of a person to commit dishonest acts, and it is considered a controllable variable in security management. The degree of control needed over a person ' s capability depends on their level of honesty. In environments with higher risks of internal threats, security systems, supervision, and checks may be increased to mitigate the risks associated with those who have both opportunity and capability.

Remote access control using CCTV requires two-way communication to authenticate identity, provide instructions, and ensure that individuals requesting entry can be properly engaged. This supports access decisions made by personnel monitoring remotely.

A and D (monitoring and visual analysis) are important but secondary to communication.

C (constant camera display) is inefficient and not a requirement if smart alerting or switching is used.