The first test of Project Thornback is scheduled to take place between the 13th and 16th of September 2024 on the east coast England. This new pioneering technology with its long-range, low-power communication system will attempt to increase range and reliability of text based broadcasting.
What is Project Thornback?
Project Thornback represents a range of wireless communication technologies. At its core, the project focuses on developing a communication system capable of transmitting data over extended distances while consuming minimal energy. This innovative approach is particularly vital for IoT applications, where devices need to maintain connectivity over vast areas without the luxury of frequent battery replacements or access to extensive power sources.
By addressing the challenges of energy efficiency and range, Project Thornback is poised to unlock new possibilities in fields ranging from environmental monitoring and smart agriculture to urban infrastructure and disaster response. The ability to deploy IoT devices that can communicate effectively across long distances without being tethered to power grids could lead to smarter, more connected cities and more responsive, resilient systems in remote or underserved areas.
The First Test
The east coast of England, with its unique blend of urban, rural and marine landscapes, offers an ideal testing ground for Project Thornback. The trials, taking place over four days, will involve the deployment of various IoT devices equipped with the Thornback communication system. These devices will be placed at strategic locations throughout the land and sea based surroundings, enabling the project team to evaluate the system's performance in a real-world environment.
During the tests, the project team will monitor several key parameters, including data transmission range, energy consumption, signal stability, and the system's ability to maintain communication across different terrains and conditions. The results of this initial test will be crucial in refining the technology and preparing it for broader deployment in the future.