This analysis reveals how stored procedures enhance scalability and modularity in software development.
With the evolution and adaptation of object-oriented mechanisms, the majority of software developers in this millennium have access to a multitude of contemporary software tools and services. When creating contemporary software, object-oriented mechanisms have helped certain processes, like stored procedures. An infinite number of programs can share a stored procedure, which is a previously run Structured Query Language (SQL) that is kept in the database for use in a specific application. Programming applications to run on remote servers and be downloaded onto a user's device via the Internet is known as software development. Creating software requires a lot of work and the blending of various styles and methods. A web browser like Google Chrome, Safari, or Mozilla Firefox can be used by an end user to access software. The syntax for writing stored procedures in software development is a collection of SQL statements that are kept in the system backend and have a specified name and purpose that can be shared by several programs. Since stored procedures only need to be written once, using them can help with data integrity preservation, productivity gains, and access control over what end users can enter or modify. It's never easy to achieve modularity, scalability, and tail tolerance in modern software. Therefore, the importance of stored procedures cannot be overstated. Achieving modularity, scalability and tail tolerance in modern software is always a difficult task. Hence the need for stored procedure cannot be under estimated. This paper unveils the relevance of stored procedure in building scalable and modular software.
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Izah et al. (2025) studied this question.
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