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SDAA: Secure Data Aggregation and Authentication Using Multiple Sinks in Cluster-Based Underwater Vehicular Wireless

Samuel Kofi Erskine¹, Hongmei Chi¹, Abdelrahman Elleithy²

¹Department of Computer and Information Science, Florida Agricultural and Mechanical University, Tallahassee, FL 32307, USA.

Sensors (Basel, Switzerland)

|June 10, 2023

Summary

This summary is machine-generated.

This research introduces a secure data aggregation and authentication protocol for underwater vehicular wireless networks to detect malicious node attacks. The proposed method enhances energy efficiency and reduces network delay in underwater sensor networks.

Keywords:

BS CBND GW MAC MNA SDAA USN UV UVWSN UWSN energy efficiency trustworthiness/privacy

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Area of Science:

Underwater sensor networks (UWSNs)
Wireless communication security
Network protocols

Background:

Security is a critical challenge in designing robust protocols for underwater sensor networks (UWSNs).
Underwater sensor nodes (USNs) and underwater vehicles (UVs) require integrated network solutions for effective operation.
Malicious node attacks (MNA) pose a significant threat to the integrity of underwater communication channels.

Purpose of the Study:

To propose an optimized underwater vehicular wireless network (UVWSN) protocol to detect and mitigate malicious node attacks.
To enhance secure data communication and network trustworthiness in UWSNs combined with UVs.
To improve energy efficiency and reduce network delay in underwater vehicular wireless networks.

Main Methods:

Development and deployment of the Secure Data Aggregation and Authentication (SDAA) protocol within the UVWSN framework.
Implementation of a cluster-based network design (CBND) for network organization.
Authentication of cluster heads (CHs) via gateway (GW) and base station (BS) to ensure legitimate USN oversight.

Main Results:

The proposed SDAA protocol effectively detects and resolves malicious node attacks in UVWSNs.
The cluster-based network design ensures a stable, energy-efficient, and reliable network.
Validated implementation shows improved energy efficiency and reduced network delay compared to existing secure MAC methods.

Conclusions:

The SDAA protocol offers a secure and efficient solution for underwater vehicular wireless networks.
The proposed UVWSN framework enhances data transmission security and network trustworthiness.
The method is suitable for monitoring applications, such as inspecting underwater vehicles or ship structures, demonstrating practical utility.