Toward Trusted and Swift UAV Communication: ISAC-Enabled Dual Identity Mapping

TL;DR

This paper proposes an ISAC-enabled dual identity mapping framework for UAV networks to enhance communication efficiency and security, addressing challenges like feedback delays and Sybil attacks in future 6G systems.

Contribution

It introduces a novel ISAC-based dual identity solution for UAVs, detailing modules for identity management and authentication, and discusses applications, techniques, and open challenges.

Findings

Enhanced identity mapping accuracy in UAV networks

Improved security against Sybil attacks

Potential for trusted, swift communication in 6G UAV systems

Abstract

The UAV network has recently emerged as a capable carrier for ubiquitous wireless intelligent communication in the B5G/6G era. Nevertheless, the separation of dual identity raises challenges from the perspective of communication efficiency and security, including tedious communication feedback and malicious Sybil attacks. Meanwhile, thanks to the emerging integrated sensing and communication (ISAC) technology, the sensing ability incorporated in communication advances crucial opportunities for accurately and efficiently mapping identity from dual domains. This tutorial discusses the exciting intersection of ISAC and the future intelligent and efficient UAV network. We first describe the motivation scenario and present the framework of the proposed novel ISAC-enabled dual identity solution. The detailed modules of identity production, mapping, management, and authentication are discussed. By endowing UAVs with an advanced capability: opening their eyes when communicating with each other, we detail three typical applications and the advantages of our proposal. Finally, a series of key enabling techniques, open challenges, and potential solutions for ISAC-enabled dual-domain identity are discussed. This tutorial for the intelligent and efficient UAV network brings new insight on providing dual-domain identity via ISAC technology, with an eye on trusted and swift communication research tailored for the 6G UAV network.