Аналіз стандартів управління ризиками та їх використання в ІТ-проєктах

Risk management is a critical aspect of successful project implementation in the field of information technology, as IT projects are often subject to high levels of uncertainty and complexity. Insufficient risk management can lead to significant losses, budget overruns, delays in project timelines, and reduced quality of the final product. Consequently, there is a need for the application of reliable standards to ensure effective identification, analysis, and monitoring of risks throughout the entire lifecycle of an IT project. The objective of this study is to analyze existing risk management standards and explore effective approaches to their use in managing risks in IT projects. The research presents the interrelation between standards, methodologies, and methods for risk management in projects. Additionally, the research compares the risk management standards ISO 31000, ISO 27001, PMBOK, and NIST SP 800-53 based on key parameters, including scope of application, risk management processes, approaches to risk identification and assessment, as well as the level of flexibility and adaptability for specific projects. The advantages and disadvantages of contemporary risk management standards in IT projects are analyzed and visualized using diagrams. The findings indicate that ISO 31000 and PMBOK are suitable for a wide range of IT projects due to their flexible approaches to risk management and clear methodological guidelines. Meanwhile, NIST SP 800-53 focuses more on cybersecurity, providing detailed insights into information security risks, making it particularly useful for projects in this domain. For effective risk management in IT projects, a comprehensive approach is recommended, combining elements of various standards. The integration of flexible and detailed recommendations enables the development of a robust strategy to mitigate the likelihood and impact of risks on a project, thereby ensuring its successful implementation. The conclusions highlight that ISO 31000 is the most adaptable standard among those analyzed, as its initial implementation is relatively easy to integrate into existing systems. This makes it a suitable foundation for the subsequent adoption of complementary standards, leveraging the cross-industry norms provided within the ISO framework.