JLT Mobile Computers, a developer of rugged computing solutions for industrial environments, has partnered with Linnaeus University in Sweden to develop Screen Blanking
Screen Blanking is an AI-driven safety application that minimises driver distraction and helps companies comply with evolving global regulations.
The solution utilises AI and machine learning to automatically blank the display of vehicle-mounted computers when the vehicle is in motion and to restore it when the vehicle comes to a stop.
This addresses the legal requirements in certain regions where such measures are mandated, while also enhancing operational safety in warehouses, logistics hubs, and industrial facilities.
Despite active screens diverting attention from driving tasks, vehicle-mounted computers are essential tools in industrial operations. JLT and Linnaeus University combined industry expertise with advanced AI research to create a solution that eliminates the need for additional hardware.
Using built-in motion sensors from JLT’s JLT6012 computers, which utilise real-world movement data collected by the team, simulated partly using a modified shopping cart. Then Linnaeus University researchers developed an optimised AI model capable of detecting vehicle motion with little CPU usage and high accuracy.
Björn Lindenberg, senior lecturer in mathematics at Linnaeus University, said: “For us as a leading academic institution with deep theoretical knowledge in computer science and mathematics, it’s incredibly valuable to see our research applied to real-world problems.”
“This collaboration with JLT demonstrates how AI and high-performance computing can transform industrial safety.”
The Screen Blanking solution has passed internal testing and is now beginning pilot trials with customers in live forklift operations. This phase will validate its performance in real-world industrial environments, determining if it meets compliance and safety objectives.
Per Holmberg, CEO at JLT Mobile Computers, said: “This project showcases how collaboration between academia and industry can lead to practical innovations that directly improve workplace safety. By integrating AI into our rugged computing solutions, we’re helping customers protect their most valuable asset, their people, while keeping operations efficient.”
