ASIS-PSP Exam Dumps - ASIS Physical Security Professional Questions and Answers

Determining the objectives of a Physical Protection System (PPS) begins with understanding the context—what needs to be protected, how the facility operates, what processes are in place, and what assets exist. This foundational understanding informs risk assessments and system requirements.

A (Risk analysis) comes after defining what’s being protected.

B (Budget) is important but not the starting point.

D (Business case) is an outcome, not an initial step.

Backgrounding is the act of conducting a discreet investigation into an applicant’s past and current activities. This includes reviewing criminal records, employment history, education, and possibly financial or social behaviors to evaluate risk before hiring. It ' s a key aspect of the screening process for sensitive or high-trust positions.

Reporting and recording (B, D) involve documentation but not investigative vetting.

Supervisory (C) relates to management, not background checking.

Electromechanical sensors, including magnetic reed switches and contact sensors, are the most common type used on doors and windows. They detect the opening or closing of an entry point and are widely deployed in intrusion detection systems.

A (Capacitance), C (Infrasonic), and D (Fiber optic) sensors are more specialized and not commonly used for standard door/window monitoring.

Risk transfer refers to shifting the financial burden of potential losses from an organization to a third party, typically through insurance. By paying a premium, the company secures coverage that will compensate for specific losses, thereby reducing its own financial exposure.

References from PSP: ASIS POA – Risk Management and Insurance Strategies; PSP Study Manual – Financial Risk Treatment Options

A Physical Security Personnel metric measures the performance or responsiveness of individuals or teams responsible for maintaining physical security systems. " Integrator response to a service request " measures how quickly and effectively a technician or support provider addresses security system issues—making it a valid personnel performance metric.

A and C relate to threat detection or monitoring, not personnel metrics.

B is a system-level metric, not specific to personnel.

In major construction projects, the security consultant holds the primary responsibility for producing and maintaining the documentation for the final security system design.

The security consultant integrates the client’s requirements, risk assessments, and compliance standards into a coherent design package.

While security vendors and system engineers implement and configure components, and architects manage building design, the security consultant ensures the overall security strategy, technical specifications, and integration documentation are properly detailed for construction, procurement, and operational handover.

This includes schematics, system diagrams, installation guidelines, and operational procedures, ensuring that the system aligns with both security objectives and project standards.

This approach aligns with PSP guidance, emphasizing that oversight and documentation of integrated security systems require professional expertise in security planning, not solely technical or architectural roles.

A deadbolt lock must have sufficient bolt projection, known as the throw, to resist forced entry techniques such as jamb spreading. The recommended minimum throw is 1 inch because it ensures that the bolt extends deeply into the door frame, increasing resistance against prying or forced separation of the door and frame. In organizational and Human Resource security management, proper physical security measures are essential for protecting employees, assets, and sensitive areas. Installing locks with inadequate throw length may create vulnerabilities that can be exploited easily. While shorter throws may offer basic locking, they do not provide the level of resistance required for secure environments. Therefore, selecting a deadbolt with at least a 1-inch throw supports stronger access control and contributes to overall workplace safety and risk reduction.

JPEG, MPEG, Wavelet, and H-263 are all video compression standards or techniques used to reduce the size of digital video files while maintaining acceptable quality. Compression is essential in organizational environments because it allows efficient storage, faster transmission, and easier management of video data, especially in security systems such as surveillance and monitoring. From a Human Resource and operational management perspective, efficient video compression supports better use of technological resources, reduces storage costs, and ensures that security personnel can quickly access and review footage when needed. These formats do not represent storage devices, transmission methods alone, or signal types; instead, they define how video data is encoded and compressed. Therefore, option B is correct because all listed technologies are forms of video compression.

An Uninterruptible Power Supply (UPS) is the best solution to immediately mitigate the risk of power loss in a computer. It provides backup power instantly upon power failure, allowing safe shutdown or continued operation for a limited period.

A (Surge protector) protects against voltage spikes but doesn’t provide backup power.

C (Emergency generator) has a startup delay and is more suitable for large systems.

D (Batteries) are components of a UPS, not a standalone mitigation.

In risk assessment, the tangibility of an asset does not automatically determine whether it is more or less valuable than another asset. Both tangible assets, such as equipment and facilities, and intangible assets, such as reputation, information, and employee knowledge, can be critical to an organization. Human Resource management especially recognizes that intangible assets like workforce expertise, trust, and organizational culture can have major strategic value. Because of this, each asset must be evaluated based on its specific importance, exposure to risk, and potential impact on operations. Protection measures should then be matched to that value and level of risk. A physical item is not always more valuable than a nonphysical one, and mitigation strategies should not automatically be identical. Therefore, option D is the most accurate answer.