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There are many advantages to wireless sensor networks (WSNs), but there are also some challenges associated with them. Attackers can exploit these vulnerabilities to compromise entire networks by exploiting these challenges. Our paper presents a secure WSN model that minimizes sensor node energy consumption while enduring most network attacks. A clustered network consumes less energy. Utilizing a centralized trust management system, trust levels are calculated, and trust relationships are established between reliable nodes to enhance security. It also introduces an immune system architecture tailored to WSNs based on the principles of biological immune systems. As demonstrated in experiments, the proposed WSN model balances high performance with energy efficiency, while the trust management system defends well against a variety of attacks.

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Hybrid Data Security Solutions Using Combined Encryption and Steganography in Communication Systems

  • 会议论文

  • 发表日期：

    2025年

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  • Nishit Agarwal,
  • Krishna Kishor Tirupati,
  • Ravi Kiran Pagidi,
  • Hemant Singh Sengar,
  • Arpit Jain,
  • Haider Alabdeli

摘要

There are many advantages to wireless sensor networks (WSNs), but there are also some challenges associated with them. Attackers can exploit these vulnerabilities to compromise entire networks by exploiting these challenges. Our paper presents a secure WSN model that minimizes sensor node energy consumption while enduring most network attacks. A clustered network consumes less energy. Utilizing a centralized trust management system, trust levels are calculated, and trust relationships are established between reliable nodes to enhance security. It also introduces an immune system architecture tailored to WSNs based on the principles of biological immune systems. As demonstrated in experiments, the proposed WSN model balances high performance with energy efficiency, while the trust management system defends well against a variety of attacks.