Use case 2.1: Remote operational support from expert for forest machine operators

Challenge

The forestry industry in Norway faces significant challenges in maintaining efficiency and safety in forest operations. Machine operators often work in remote, rugged terrains with limited connectivity, making it difficult to receive real-time support and guidance. This isolation increases the risk of accidents and operational inefficiencies, especially during thinning and logging activities. Additionally, the lack of adequate connectivity hinders the ability to provide immediate assistance for machine maintenance and repair, potentially leading to prolonged downtimes and reduced productivity.

Aim

The aim of this use case is to enhance the operational efficiency and safety of forest machine operators through remote support and guidance. By leveraging advanced connectivity solutions, the goal is to ensure that operators can receive expert advice and assistance in real-time, regardless of their location within the forest. This initiative seeks to bridge the communication gap between on-site operators and remote experts, thereby improving decision-making processes and reducing the likelihood of accidents.

Solution

To address these challenges, the project will implement a remote operational support system utilizing high-quality video transmissions over 5G networks. This system will involve installing cameras and sensors on forestry machinery, enabling live video feeds to be streamed to remote experts. These experts can then provide real-time guidance and support to on-site operators. The solution also includes the deployment of private 5G networks specifically tailored for forestry areas, ensuring reliable connectivity even in the most remote locations. Additionally, the system will facilitate remote maintenance and repair support, allowing experts to diagnose and fix issues without the need for physical presence.

Benefit

The implementation of remote operational support will significantly enhance the safety and efficiency of forestry operations. Operators will benefit from immediate access to expert guidance, reducing the risk of accidents and improving the precision of thinning and logging activities. This support system will also minimize downtime caused by machine malfunctions, as remote experts can quickly diagnose and address issues. Overall, the project aims to create a safer working environment, boost productivity, and ensure sustainable forest management practices by integrating advanced connectivity solutions into the forestry industry.