Designing Future Internet Architectures: Ad-Hoc Networks, Mobile Computing, and Hyperconnectivity

Abstract

The rapid advancement of technology and the proliferation of devices have created a significant demand for more efficient, scalable, and flexible Internet architectures. This paper explores integrating three significant technologies ad-hoc networks, mobile computing, and hyperconnectivity into future internet infrastructures. Ad-hoc networks provide decentralized, self-organizing communication that enhances flexibility, while mobile computing ensures connectivity anywhere, contributing to the first mobile revolution. Hyperconnectivity, which involves connecting numerous devices and systems, drives the need for scalable, low-latency architecture. The study examines how these technologies can complement each other to create adaptive, resilient, and efficient network architectures. Through literature reviews, case studies, and simulation models, this research proposes a comprehensive framework for the next generation of internet systems capable of supporting billions of devices with seamless connectivity and robust communication. Key challenges, including energy efficiency, security, and scalability, are discussed with potential solutions.