MS SQL Server vs. PostgreSQL: An In-Depth Comparative Analysis Using Simulated Database Environments

Session

Computer Science and Communication Engineering

Description

This paper presents a comprehensive comparative analysis of Microsoft SQL Server and PostgreSQL, two widely adopted relational database management systems. Using simulated database environments, these systems are evaluated across critical dimensions including performance, scalability, security, cost of ownership, and support. The methodology involves executing a series of benchmarking tests under various workload scenarios—such as read-intensive, write-intensive, and balanced operations—while adjusting concurrency levels to simulate different user loads. The scalability mechanisms inherent to each database are examined, along with assessments of their security features and compliance with industry standards. The total cost of ownership is analyzed by considering factors like licensing, maintenance, and available support options. By providing an in-depth evaluation without disclosing the final results, this study aims to assist database administrators, developers, and organizations in making informed decisions when selecting the most appropriate database solution for their specific needs. The insights gained from this analysis offer practical guidance for optimizing database strategies in various organizational contexts.

Keywords:

MS SQL Server; PostgreSQL; Relational Database Management Systems; Performance Evaluation; Scalability; Security; Cost of Ownership; Database Comparison; Benchmarking; Support Resources

Proceedings Editor

Edmond Hajrizi

Location

UBT Kampus, Lipjan

Start Date

25-10-2024 9:00 AM

End Date

27-10-2024 6:00 PM

DOI

10.33107/ubt-ic.2024.408

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Oct 25th, 9:00 AM Oct 27th, 6:00 PM

MS SQL Server vs. PostgreSQL: An In-Depth Comparative Analysis Using Simulated Database Environments

UBT Kampus, Lipjan

This paper presents a comprehensive comparative analysis of Microsoft SQL Server and PostgreSQL, two widely adopted relational database management systems. Using simulated database environments, these systems are evaluated across critical dimensions including performance, scalability, security, cost of ownership, and support. The methodology involves executing a series of benchmarking tests under various workload scenarios—such as read-intensive, write-intensive, and balanced operations—while adjusting concurrency levels to simulate different user loads. The scalability mechanisms inherent to each database are examined, along with assessments of their security features and compliance with industry standards. The total cost of ownership is analyzed by considering factors like licensing, maintenance, and available support options. By providing an in-depth evaluation without disclosing the final results, this study aims to assist database administrators, developers, and organizations in making informed decisions when selecting the most appropriate database solution for their specific needs. The insights gained from this analysis offer practical guidance for optimizing database strategies in various organizational contexts.