Summary. The article presents an integrated approach to project risk management in distributed IT teams, combining the experimental methodology of Chaos Engineering, probabilistic modeling based on the Monte Carlo method, and a systematic Risk Register framework.
The aim of this study is a comprehensive analysis of the fundamental SOAR (Security Orchestration, Automation, and Response) model in the context of cybersecurity for virtual networks. The paper presents a synthesis of the core concepts of orchestration, automation, and response, which are critical elements of modern approaches to risk management and information system protection.
Adopting socially responsible management practices of the organization promotes greater awareness in decision-making, based on a better understanding of society's expectations, anticipation of risks, and opportunities. Responsible management of an organization can improve its relationships with stakeholders. Encouraging compliance with regulatory obligations leads to decisions that are more likely to gain the support and trust of those who implement them and who they influence. The result can be improved risk management practices and improved reputation.
The article deals with the nature, basic principles and objectives of the bank risk management system under modern conditions and the requirements of regulators as to the transparency of their activities. The authors have developed a scheme of the bank risk management and justified basic directions of disclosing information about banks on the basis of international approaches in the context of introduction of the International Financial Reporting Standards.