降低云端元宇宙中的风险 访问控制策略与技术

Utsav Upadhyay, Alok Kumar, Gajanand Sharma, Ashok Kumar Saini, Varsha Arya, Akshat Gaurav, Kwok Tai Chui
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引用次数: 0

摘要

虚拟世界的出现彻底改变了虚拟交互和导航,引入了复杂的访问控制挑战。本文讨论了在基于云的元宇宙中对有效访问控制模型的需求。它探讨了其独特的特点,包括其动态特性、多样化的用户基础和共享空间,突出了隐私问题和法律含义。本文分析了特定于基于云的元环境的访问控制原则,强调了最少特权、职责分离、RBAC、纵深防御和可审计性/问责性。它深入研究了身份验证和授权方法,例如生物识别、多因素身份验证和基于角色/基于属性的授权。研究了基于云的元世界的高级访问控制技术,包括SSO解决方案、基于区块链的访问控制、ABAC、自适应访问控制和用于隔离的VMI。风险缓解策略包括IDS/IPS、SIEM和用户教育计划。
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Mitigating Risks in the Cloud-Based Metaverse Access Control Strategies and Techniques
The advent of the metaverse has revolutionized virtual interactions and navigation, introducing intricate access control challenges. This paper addresses the need for effective access control models in the cloud-based metaverse. It explores its distinct characteristics, including its dynamic nature, diverse user base, and shared spaces, highlighting privacy concerns and legal implications. The paper analyzes access control principles specific to the cloud-based metaverse, emphasizing least privilege, separation of duties, RBAC, defense-in-depth, and auditability/accountability. It delves into identity verification and authorization methods, such as biometrics, multi-factor authentication, and role-based/attribute-based authorization. Advanced access control technologies for the cloud-based metaverse are examined, including SSO solutions, blockchain-based access control, ABAC, adaptive access control, and VMI for isolation. Risk mitigation strategies encompass IDS/IPS, SIEM, and user education programs.
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