article · E3S Web of Conferences
The arrival of 6G mobile communication networks is expected to introduce major technological innovations, with energy efficiency serving as a central priority for their evolution. Key advancements that support these networks include the integration of artificial intelligence, which can optimise energy usage, improve resource management, and enhance user experience. The infrastructure will also rely on combining wireless communication systems, telecommunications, and Internet of Things technologies. Alongside performance and energy considerations, network security requires attention due to the sensitive nature of transmitted information. Advanced methods such as homomorphic encryption and blockchain technology may provide necessary protection against cyber threats. Overcoming technical and operational challenges, as well as establishing appropriate regulatory frameworks and new business models, will be necessary to enable the responsible adoption of 6G systems across various sectors.
Next-generation telecommunications networks will handle unprecedented volumes of sensitive data and connected devices. Balancing the high computational demands of these services with energy efficiency and robust cybersecurity is critical for reducing environmental impacts, protecting user privacy, and ensuring that future digital infrastructure can operate reliably at scale.
The work outlines conceptual drivers for future telecommunications systems, targeting network operators, infrastructure vendors, and cybersecurity developers. Because it reviews foundational challenges and proposed technological concepts such as artificial intelligence optimisation and blockchain security without reporting specific product tests, it represents early-stage conceptual research that is far from immediate market deployment.
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The arrival of 6G mobile communication networks is anticipated to revolutionize the technological landscape, bringing about profound innovations. This research paper explores the various technological advancements that will pave the way for the advent of 6G networks, with a particular focus on addressing energy consumption. It is widely recognized that energy efficiency plays a crucial role in the evolution of 6G networks. To enhance network performance, user experience, and resource management, the integration of Artificial Intelligence (AI) is expected to be a pivotal technology. AI-based solutions can effectively optimize energy usage and contribute to the overall efficiency of 6G networks. Furthermore, the incorporation of wireless communication systems, telecommunication, and the Internet of Things (IoT) will be integral to the infrastructure of 6G networks. The need for significant enhancements in 6G networks is also examined in this study. Ensuring the safety and protection of 6G networks from cyber threats becomes increasingly important due to the growing reliance on networked communication and the sensitive nature of transmitted information. Cutting-edge security methods such as homomorphic encryption and blockchain technology may be essential in this regard. Moreover, this research paper explores the impact of 6G networks on various domains and discusses the challenges that must be overcome to unlock the technology’s full potential. To ensure responsible adoption and usage of 6G networks, the development of new business models and regulatory frameworks may be necessary to support their implementation while addressing energy consumption concerns.
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DOI: 10.1051/e3sconf/202341201036
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