This study examines how geopolitical tensions catalyze IT risk evolution through systematic analysis of the conflict's impact on data sovereignty, cybersecurity paradigms, and cloud infrastructure strategies. Using a structured qualitative synthesis methodology, we analyzed 68 sources including threat reports, regulatory documents, and policy analyses from 2022-2025. Our findings reveal a 48% increase in cyber incidents during 2024, accelerated data localization across more than 40 countries, and growing sovereign cloud adoption. We propose a validated multi-layered framework integrating resilient architectures, data-centric security, and geopolitically-informed governance. The framework addresses gaps in traditional IT risk management by incorporating state-sponsored threat considerations and human element vulnerabilities. Key contributions include empirical evidence of geopolitical risk acceleration, a practical implementation framework with measurable outcomes, and concrete guidance for organizations navigating digital sovereignty challenges.

翻译：本研究通过系统分析冲突对数据主权、网络安全范式及云基础设施策略的影响，探讨地缘政治紧张局势如何催化信息技术风险的演变。采用结构化定性综合方法，我们分析了2022年至2025年间的68项来源，包括威胁报告、监管文件与政策分析。研究发现显示：2024年网络攻击事件增加48%，超过40个国家加速推进数据本地化，以及主权云采用率持续增长。我们提出一个经过验证的多层框架，整合了弹性架构、以数据为中心的安全机制及地缘政治知情治理体系。该框架通过纳入国家支持型威胁考量与人为因素脆弱性，弥补了传统信息技术风险管理中的不足。核心贡献包括：地缘政治风险加速的实证证据、具备可量化成果的实践实施框架，以及为应对数字主权挑战的组织提供的具体指导方案。