Vertical: Agriculture
Application: Robot testing, live video streaming, 3D mapping, infrared assessments
Ecosystem: Freshwave, Boston Dynamics
Private Network: 5G
The National Robotarium in Edinburgh has partnered with Freshwave to deploy a portable 5G private network, enabling advanced testing of robotic systems for agricultural applications. This collaboration marks a significant step forward in bringing sophisticated robotics capabilities to farming operations.
The initial phase of testing involves Spot, Boston Dynamics’ quadruped robot, which will perform various agricultural tasks including live video streaming, 3D mapping, and infrared assessments in field conditions. These capabilities are crucial for gathering real-time data to enhance farming productivity and sustainability.
The portable nature of the 5G network addresses a crucial challenge in agricultural settings. Traditional broadband infrastructure often falls short in remote farming areas, but this solution can be rapidly deployed and relocated as needed. The network setup includes a self-contained pop-up mast powered by a generator, using n77 spectrum (3.7 GHz) secured from Ofcom.
Low latency capabilities of the 5G network enable instant data collection and analysis, supporting quick decisions for precision farming tasks like crop monitoring and equipment adjustments. This infrastructure will eventually support multiple robots working together on various tasks, from weed removal to nutrient analysis and pesticide application.
The collaboration operates under a Memorandum of Understanding, combining the National Robotarium’s robotics expertise with Freshwave’s experience in private networks. This partnership comes at an opportune time, as the UK agritech industry is projected to reach £15.6 billion by 2026.
The network deployment exemplifies how modern telecommunications infrastructure can support innovation in traditional industries. By enabling robots to work alongside humans in agricultural settings, this technology paves the way for more efficient and sustainable farming practices.
The Scotland 5G Centre, funded by the Scottish government, has already witnessed demonstrations of the system. This project represents part of the £1.5 billion Edinburgh and South-East Scotland City Region Deal, highlighting the broader push to address global challenges through advanced robotics and AI solutions.
