Socially Beneficial Metaverse: Framework, Technologies, Applications, and Challenges
Xiaolong Xu, Xuanhong Zhou, Muhammad Bilal, Sherali Zeadally, Jon Crowcroft, Lianyong Qi, Shengjun Xue
TL;DR
This paper defines the Socially Beneficial Metaverse (SB-Metaverse) and presents a three-layer framework (infrastructure, interaction, ecosystem) underpinned by 5G/edge/cloud computing, AI, IoT, and blockchain. It analyzes the evolution of the metaverse across three stages, reviews the seven-layer metaverse model, and details SB-Metaverse components, technologies, and applications. It also discusses social and non-social challenges—such as fairness, capital concentration, privacy, and interoperability—and proposes governance and cross-chain/standards-based solutions. The work highlights societal benefits, outlines concrete design principles, and suggests research directions toward scalable, secure, and inclusive SB-Metaverse deployments.
Abstract
In recent years, the maturation of emerging technologies such as Virtual Reality, Digital twins, and Blockchain has accelerated the realization of the metaverse. As a virtual world independent of the real world, the metaverse will provide users with a variety of virtual activities that bring great convenience to society. In addition, the metaverse can facilitate digital twins, which offers transformative possibilities for the industry. Thus, the metaverse has attracted the attention of the industry, and a huge amount of capital is about to be invested. However, the development of the metaverse is still in its infancy and little research has been undertaken so far. We describe the development of the metaverse. Next, we introduce the architecture of the socially beneficial metaverse (SB-Metaverse) and we focus on the technologies that support the operation of SB-Metaverse. In addition, we also present the applications of SB-Metaverse. Finally, we discuss several challenges faced by SB-Metaverse which must be addressed in the future.
