Free Practice Questions for ASIS ASIS-PSP Exam

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.

A complete Physical Protection System (PPS) procurement package must include:

Contract terms and conditions

Instructions for bidders

Technical system specifications

Design drawings

This ensures that all vendors have a uniform understanding of the scope and requirements, leading to accurate and comparable proposals.

A, B, and D include valid elements, but only C includes all core components required at minimum.

The Transmission Control Protocol (TCP) works with IP as part of the TCP/IP suite. It divides data into packets, numbers them sequentially, and adds error detection and correction codes. This ensures that data is transmitted reliably, in order, and without loss or corruption.

File Transfer Protocol (B) uses TCP but does not handle packet creation itself.

Information Control Protocol (C) is not a recognized protocol.

“None of the above” (D) is incorrect because TCP is the correct answer.

Modern terrorism, unlike historical or localized violence, leverages advanced technologies and global networks. It necessitates comprehensive national strategies involving political decision-making, resource allocation, intelligence, law enforcement, and industry collaboration to combat the sophisticated threats posed.

Executives are the most crucial stakeholders to engage because they have the authority, strategic perspective, and organizational influence needed to support an enterprise-wide asset protection strategy. In Human Resource and organizational management terms, senior leadership helps align protection efforts with business goals, approves budgets, sets priorities, and ensures cooperation across departments. Asset protection is not only a security issue; it involves people, policies, systems, operations, and culture throughout the entire organization. Executives are in the best position to balance these needs and drive unified implementation. While security, IT, and human resources each play important supporting roles, they usually focus on specific functional areas. Executive engagement ensures the strategy is supported at the highest level and integrated across the enterprise. Therefore, option B is the most accurate answer.

A non-delegable duty is a legal responsibility that cannot be entirely transferred to another party (such as an independent contractor) under agency law. While a company may hire third-party providers, the courts often hold that certain responsibilities—particularly those involving safety and legal compliance—remain with the hiring entity. This is particularly significant in the context of security services, where liability can still rest with the client company even if services are outsourced.

Delegable duty (B) is the opposite and not applicable in this context.

Non-Crime duty (C) is not a recognized legal term.

When an organization employs contract security services, the administrative workload related to hiring, payroll, training, and scheduling shifts to the service provider. This is a significant benefit for companies looking to reduce internal administrative burdens and focus on core operations.

Proprietary (C) systems require the organization to manage all aspects of employment.

Union (A) and Security (B) are unrelated to the comparison of administrative workload between contract and proprietary services.

Magnetometers, used in security screening for detecting metallic objects, typically operate using two main methods:

Continuous-wave: Emits a constant electromagnetic field to detect disruptions caused by metal.

Pulsed-field: Emits bursts of energy and analyzes the return signals to identify metal objects.

These methods allow both walk-through and handheld devices to detect ferrous and non-ferrous metals.

A, C, and D include terms not applicable to standard magnetometer operation.

Site acceptance testing is the best choice because it verifies that the completed security system, once installed at the client’s location, meets the physical and functional requirements stated in the contract. This form of testing confirms that the system performs properly in the actual operating environment, where real conditions such as layout, user interaction, workflows, and site-specific risks can affect performance. In organizational and Human Resource related operations, this is important because employees, supervisors, and security personnel must rely on systems that function correctly in daily practice, not only in theory or in a factory setting. Factory testing may confirm equipment quality before delivery, but it does not fully prove contract compliance after installation. Therefore, site acceptance testing provides the most reliable demonstration to the client that all specified requirements have been met.

The planning phase of a security system project results in key deliverables such as stakeholder identification, project requirements, timelines (meeting schedules), and budget forecasts (cost estimates). These form the foundation for design and implementation.

B, C, and D include inputs or analysis components, but they are not final outputs of the planning phase.