In the era of digital transformation, the Internet of Things (IoT) stands as a cornerstone of innovation and efficiency. Our research project, titled "Optimizing IoT Efficiency: Enhancing Performance While Ensuring Security," aims to advance the standards of operational efficiency and security in IoT systems.Our thesis project will conduct an in-depth evaluation of your current IoT system architecture, focusing on optimizing energy usage while maintaining effective security. By dissecting the interaction between various layers of your system, we aim to identify potential optimization gaps and provide solutions to mitigate them. The ultimate goal is to find the optimal combination of operating systems, protocol stacks, and cryptographic algorithms that optimise energy efficiency while upholding robust performance and security, tailored to your company’s unique requirements.In addition, the thesis will investigate state-of-the-art techniques for secure IoT communication. This will include assessing different configurations and protocols in terms of energy consumption, memory requirements, and security effectiveness, aiming to identify the best-fit solution for your company's unique use case.

Our aim is to advance the current understanding of efficient IoT and how to guarantee security in such systems. In an era where efficient and secure IoT systems are crucial, this research aims to provide practical insights that can enhance the longevity, cost-effectiveness, and reliability of your IoT devices. The collaboration offers several benefits for your organisation:Reduced Operational Costs: By implementing more efficient IoT systems, your company could see a significant reduction in energy consumption and operational expenses.Enhanced Security: Advanced and custom-tailored security measures can better protect your critical data and operations.Increased Scalability: Ensure that your systems can more effectively scale to meet customer demand. Sustainability: Reduce the energy footprint of your IoT devices, contributing to environmental sustainability.

The past decade has witnessed an unprecedented expansion in the IoT sector, a field marked by rapid evolution and innovation, which holds significant relevance in today's world. However, a critical concern is that during this rapid development, security has often been overlooked. Many IoT devices are plagued by inadequate configurations, vulnerable protocols, and inadequately tested software, leading to an expanded potential attack surface for organizations utilizing IoT in their operations. Securing IoT systems is an ongoing research topic, and I am eager to contribute of this ongoing effort, to ensure that the growth of IoT will not come at the expense of security, and the devices we will use in the future are not only technologically advanced, but also reliable and trustworthy.

This project will be realised with the help and direction of my supervising professor, who has vast experience working with IoT and embedded systems. Furthermore, I believe that my background in IoT technology, supported by academic study, practical experience, and motivation, has equipped me with the necessary knowledge and ability to successfully deliver this project. Through my academic work and various projects related to IoT, I have developed a strong skill set that I believe will drive this research to meaningful and valuable conclusions. I have successfully completed several courses related to networking, communication protocols, embedded systems, and cryptography, which will be of great use in elaborating this project. Collaborating with your company, I am committed and highly motivated to delivering high-quality research that aligns with both academic rigor and practical business value.