Secure digital wireless communication underwater has become a key issue as maritime operations shift towards employing a heterogeneous mix of robotic assets and as the security of digital systems becomes challenged across all domains. At the same time, a proliferation of underwater signal coding and physical layer options are delivering greater bandwidth and flexibility, but mostly without the standards necessary for interoperability. We address here an essential requirement for security, namely a confirmation of asset identities also known as authentication. We propose, implement, verify and validate an authentication protocol based on the first digital underwater communications standard. Our scheme is applicable primarily to AUVs operating around offshore oil and gas facilities, but also to other underwater devices that may in the future have acoustic modems. It makes communication including command and control significantly more secure and provides a foundation for the development of more sophisticated security mechanisms.
翻译:安全的数字无线通信水下已成为一个关键问题,因为海运业务转向采用多种机器人资产组合,数字系统的安全在所有领域都受到挑战,同时,水下信号编码和物理层选项的激增带来了更大的带宽和灵活性,但大多没有互操作性所需的标准。我们在这里讨论安全的基本要求,即确认资产身份,也称为认证。我们提议、实施、核查和验证基于第一个数字水下通信标准的认证协议。我们的计划主要适用于在近海石油和天然气设施周围运行的AV,但也适用于今后可能拥有声调调调调制解调器的其他水下装置。它使包括指挥和控制在内的通信更加安全,并为发展更先进的安全机制提供了基础。