Scholarlink

For mobile edge computing (MEC), we offer a blockchain-based key management system in the proposed work to preserve secure discourse between devices in subnetworks. Each subnetwork is a blockchain, which is overseen by a blockchain manager (BC). For extra security, users who register are given secret keys. They are able to move between groups, view shared data, and join subnetworks. Java's Key Generator class is employed to generate keys, and AES is employed for encryption. Dynamic device movement between subnetworks is supported by the system, as well as blockchain records are kept track of. In MEC environments, our scheme offers secure group communication yet effectively addressing key management challenges.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Efficient Key Management of Users in Mobile Edge Computing

  • 会议论文

  • 发表日期：

    2025年

查看全文
  • Revelle Akshara,
  • B. Sai Kiran Kumar,
  • E. Prashanth Kumar,
  • N. Dharun,
  • D. Naveen Kumar

摘要

For mobile edge computing (MEC), we offer a blockchain-based key management system in the proposed work to preserve secure discourse between devices in subnetworks. Each subnetwork is a blockchain, which is overseen by a blockchain manager (BC). For extra security, users who register are given secret keys. They are able to move between groups, view shared data, and join subnetworks. Java's Key Generator class is employed to generate keys, and AES is employed for encryption. Dynamic device movement between subnetworks is supported by the system, as well as blockchain records are kept track of. In MEC environments, our scheme offers secure group communication yet effectively addressing key management challenges.