The role of peer review practices in ensuring the reliability of Java services at the stage of architectural design
DOI:
https://doi.org/10.5281/zenodo.17140774Keywords:
software engineering, quality assurance, collective expertise, DevOps environment, process standardizationAbstract
The relevance of the research is determined by the growing requirements for reliability, scalability, and security of software systems, which are particularly evident in the development of Java services widely used in business-critical domains. It has been established that the stage of architectural design defines the key parameters of system stability and durability, while its underestimation leads to significant risks and financial losses. Under these conditions, peer review practices are considered an effective tool for preventing architectural vulnerabilities and improving the overall quality of software products.
The purpose of the article is to provide a scientific justification of the significance of peer review procedures in ensuring the reliability of Java services during architectural design and to identify directions for improving their effectiveness in the development process.
Research methodology is based on a combination of comparative analysis of scientific literature, examination of international standards such as ISO/IEC and IEEE, and critical analysis of peer review practices within the context of modern approaches to architectural design. Methods of systematization were applied to define the key reliability characteristics, generalization was used to formulate recommendations, and analytical approaches were employed to evaluate the interaction between peer review and automated quality control tools.
Research results demonstrated that the introduction of peer review at the architectural level enables the prompt identification of risks related to scalability, fault tolerance, and security, increases transparency in decision-making, and reduces the cost of defect elimination. It has been proven that combining expert analysis with tool support (static code analysis, CI/CD platforms, architecture visualization tools) creates an integrated quality assurance framework. It has been revealed that the efficiency of peer review increases significantly under conditions of standardized procedures and formalized results.
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