This paper proposes and evaluates a WAN Payroll System architecture for a large organization with offices distributed across the United States, all connected to a central data center via a Wide Area Network. The paper identifies the architectural framework best suited to the company's scale and payroll needs, outlines its key components — including a client-server computing model and WAN connectivity — and describes the essential elements of the payroll program itself. It also examines the types of technology required, such as high-speed Internet connectivity and quality payroll software, and addresses potential ethical concerns including privacy violations, unauthorized data access, accidental data corruption, and infringement of employee rights.
One of the most commonly automated business processes in recent years is payroll, which is also one of the most widely used human resource solutions. The increased automation of payroll is attributable to the need to reduce the time spent on payroll processes, making it one of the first functions targeted for automation in the workplace. Despite this trend, several companies have yet to migrate from spreadsheets to dedicated payroll software — including the large organization examined here, which operates offices throughout the United States. The company maintains one large data center with all offices connected through a Wide Area Network (WAN) and is now developing an automated payroll program. This process requires identifying a suitable architectural type, the technologies to be involved, and any ethical issues that could emerge with the new architecture.
Selecting an appropriate payroll application and architecture has become increasingly critical as organizations of all sizes look to build or upgrade payroll software solutions (Fairchild, n.d.). However, the selection of a suitable architecture requires careful evaluation of multiple factors, given the significant investment of money and time involved. This process is especially complex for a large organization with offices distributed across the United States, due to its scale and the range of organizational payroll needs. Determining the most suitable architecture therefore requires examining the company's size and operational requirements to ensure effectiveness and protect the organization's investment.
With respect to company size, developing a suitable payroll program presents several challenges because offices are spread throughout the country. An effective application architecture is one that promotes smooth connectivity between the large central data center and the various offices via the WAN. Given the numerous and varied organizational payroll needs, the application must not be characterized by connectivity problems, since offices are in different geographic locations. Such problems would hinder the payroll application's ability to meet organizational needs and function effectively.
Based on these factors, the new payroll application system should rest on a strong architectural framework that synthesizes inventory data, integrates current income tax rates, avoids computational errors, and analyzes allowances. The most suitable architecture for this company's new payroll application is the WAN Payroll System architecture, which is part of a multifaceted approach to providing end-to-end enterprise network architecture. Its suitability is partly influenced by the fact that the company already uses a Wide Area Network to connect its various offices to the central data center at headquarters.
This architecture is also well suited because it is characterized by strong, scalable, and easy-to-use management techniques that can effectively address the complexities of payroll in a large organization. As a result, it will provide comprehensive, dependable, and scalable management capabilities that support rapid deployment and administration of services. The WAN Payroll System architecture can function as a standalone system or be integrated with other systems through various interfaces to enable highly efficient operational workflows. Additional benefits include improved operator workflow, fault evaluation, simplified configuration, and enhanced troubleshooting. These benefits arise from features such as integrated security, payroll system intelligence, a stable and scalable network infrastructure, and wireless connectivity.
The WAN Payroll System architecture will be based on a client-server computing model in which data is centralized at the company's headquarters. This model assumes that clients are capable of local processing and that data processing is oriented toward execution on client machines. Computer resources are divided between a server and at least one client. As an important component of the architecture, this computing model enables large, scalable applications to be delivered to multiple clients (Furht et al., n.d.). The successful partitioning of application complexity across this model benefits the effective operation of the overall WAN Payroll System architecture.
The second important component is the wide area network itself, which spans a large physical area. Its primary role is to connect all local area networks of the company's various offices throughout the country. The WAN helps the architecture avoid the compatibility and connectivity problems that can arise with web-based payroll applications and user access. This component plays a crucial role as the central aggregation point for data arriving from multiple sources within the network and payroll program. Its main objective in the WAN Payroll System is to ensure connectivity between users of the payroll program and the applications linked to the local area networks in each office (Khan, 2009).
The new payroll program will comprise different elements based on the WAN Payroll System architecture used in its design and development. One of the most important aspects is the ability to examine the various details relating to employees' payment. This capability is central to establishing a solid architectural framework for the organization's payroll system. Analysis of payment details will be achieved by including records of hours worked by individual employees — a critical factor because differences in hours worked contribute to significant variations in compensation.
Second, the payroll system will incorporate current income tax rates and other applicable deductions based on existing laws on taxation. This is an important feature because it will help ensure the organization complies with federal regulations on taxation and maintains appropriate payment practices. Tax rates and revenue deductions must be factored into the calculation of every worker's pay.
"Hours, taxes, and labor data in payroll design"
"Internet and software tools supporting the system"
"Privacy, access, and data integrity concerns"
The development and use of a suitable payroll system is an important aspect of modern business regardless of organizational size, particularly given the increasing automation of payroll processes across small, medium, and large organizations. For this large company with offices throughout the United States, the process involves identifying a suitable architectural type and its associated technologies. Based on careful consideration of the company's scale, infrastructure, and payroll requirements, the most suitable architecture is the WAN Payroll System, which leverages the organization's existing Wide Area Network to connect all offices to the central data center. The implementation of this architecture is accompanied by potential ethical issues, including probable violations of employee privacy, the likelihood of unauthorized access to employee information, the risk of rights violations, and the possibility of accidental data corruption or deletion due to human error. These concerns must be proactively addressed to ensure that the new payroll system operates effectively and ethically.
You’re 59% through this paper. Sign up to read the remaining 3 sections.
Sign Up Now — Instant Access Already a member? Log inAlways verify citation format against your institution’s current style guide requirements.