Free ASIS ASIS-PSP Practice Exam with Questions & Answers

In the context of risk management:

A hazard is a condition or factor that increases the likelihood or severity of a peril (a cause of loss).

For example, oily floors (hazard) increase the chance of slips and falls (peril).

A (possible occurrence) and B (probable occurrence) describe likelihood, not hazard.

C (difference between actual and expected losses) refers to variance, not hazard.

Alarm monitoring systems are categorized into central station systems, local systems, proprietary systems, and auxiliary systems. Each system involves different methods of signal transmission and monitoring, including third-party monitoring centers or direct links to authorities.

Recruitment into jihadist or other terrorist movements typically involves identifying individuals vulnerable to radical ideology, indoctrinating them through propaganda and religious misinterpretation, and then training them for operational activities, including attacks or support roles.

Comprehensive Detailed Explanation

When multiple areas of a facility or operation undergo programmed supervision, their findings contribute to an aggregate operational audit. When these audits are viewed collectively, they provide a comprehensive view of the organization’s overall operational effectiveness and compliance. This holistic oversight is critical for enterprise-level security governance.

References from PSP: ASIS POA – Aggregated Security Review and Audit Integration; PSP Manual – Company-wide Program Evaluation

Under the 51 percent rule, a plaintiff can recover damages only if they are 50% or less at fault. If they are 51% or more responsible, they are barred from any recovery. Thus, the correct condition is that their contribution to the negligence must be less than 51% (i.e., up to and including 50%).

Answers B, C, and D contain incorrect thresholds and wording.

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 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 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.

The three most common categories of risk in organizational security are:

Personnel: Risks to human safety and behavior.

Property: Risks to physical and digital assets.

Liability: Legal exposure due to negligence or failure to act.

This classification helps align mitigation strategies and insurance planning.

A and D incorrectly list “hazards” as a category rather than a risk source.

B omits personnel, a critical category.

The cost-of-loss formula [K = (Cp + Ct + Cr + Ci) – I] represents:

Cp: Cost of permanent replacement

Ct: Cost of temporary substitute

Cr: Repair costs

Ci: Lost income

I: Insurance reimbursement

These elements combine to determine the total value at risk if an asset is compromised or lost.