Metaverse Native Communication: A Blockchain and Spectrum Prospective
Hao Xu, Zihao Li, Zongyao Li, Xiaoshuai Zhang, Yao Sun, Lei Zhang

TL;DR
This paper envisions a metaverse communication system leveraging blockchain for encrypted identities and proposes spectrum allocation to facilitate direct, privacy-preserving interactions within the virtual environment.
Contribution
It introduces a novel blockchain-based encrypted address system and spectrum allocation architecture tailored for metaverse communication.
Findings
Proposes a blockchain-based encrypted address model for metaverse identities.
Suggests a dedicated spectrum allocation to enhance access and privacy.
Outlines a comprehensive architecture for metaverse-native communication.
Abstract
Metaverse depicts a vista of constructing a virtual environment parallel to the real world so people can communicate with others and objects through digital entities. In the real world, communication relies on identities and addresses that are recognized by authorities, no matter the link is established via post, email, mobile phone, or landline. Metaverse, however, is different from the real world, which requires a single identity belongs to the individual. This identity can be an encrypted virtual address in the metaverse but no one can trace or verify it. In order to achieve such addresses to hide individuals in the metaverse, re-mapping the virtual address to the individual's identity and a specific spectrum to support the address-based communication for the metaverse are needed. Therefore, metaverse native or meta-native communications based on blockchain could be a promising…
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Taxonomy
TopicsBlockchain Technology Applications and Security · Advanced Steganography and Watermarking Techniques · IoT and Edge/Fog Computing
