Conceptos Básicos
A comprehensive architectural framework that integrates Edge servers and a central Name Server to enable secure and decentralized authentication, efficient connection transitions, and optimized resource usage for mobile IoT devices.
Resumen
This work-in-progress focuses on designing a secure communication framework for remote servers and mobile-embedded IoT devices. The proposed architecture aims to balance security robustness and energy efficiency by leveraging lightweight cryptography and a strategic cache system at each Edge server.
Key highlights:
- Integrates Edge servers and a central Name Server to enable secure and decentralized authentication processes, enhancing scalability and reducing the load on individual servers.
- Allows mobile IoT devices to seamlessly transition between different Edge servers without the need for repetitive and resource-intensive re-authentication, optimizing energy consumption.
- Adheres to NIST's lightweight encryption standards to ensure data privacy and integrity while respecting the resource constraints of IoT devices.
- Addresses various threat vectors, including unauthorized access, data tampering, physical tampering, jamming, and replay attacks, through a comprehensive security framework.
- Emphasizes a balanced approach that prioritizes security robustness, efficiency, and feasibility for the Mobile Internet of Things (MIoT) ecosystem.