From Vision to Reality

Challenge: A leading 3PL player struggled with manual inventory and inefficient material flows, leading to high personnel costs and error margins.

Solution: A fleet of GAPbots was deployed for autonomous round-the-clock inventory and optimized material transport between production lines and warehouses.

Result: Increased warehouse efficiency by 25%, reduced picking errors by 90% and enabled a transition to 'lights-out' operation during night shifts.

Challenge: A large vineyard in a dry climate needed a way to optimize its irrigation to save water while improving grape quality.

Solution: GAPbot was equipped with soil moisture sensors to autonomously measure and analyze data across the entire cultivation, providing precise irrigation recommendations.

Result: Water consumption decreased by 40% and harvest quality increased thanks to more even maturity, leading to a higher price per kilo.

Challenge: A municipal energy company had difficulty regularly inspecting critical infrastructure in tight and dangerous culverts under the city.

Solution: A GAPbot was programmed to autonomously navigate the culvert system and with a thermal camera identify 'hotspots' in power lines and district heating pipes.

Result: Identified 15 critical failure points before they led to downtime, saving estimated millions of crowns in repair and compensation costs.

Challenge: A medium-sized municipality faced high costs and staff shortages for the maintenance of its central parks, leading to neglected maintenance.

Solution: Two GAPbots were deployed to autonomously handle weeding, lawn mowing and inspection of park equipment, scheduled via the GAP platform.

Result: Operating costs for park maintenance decreased by 30% the first year, while the quality and safety of the parks increased significantly.

Challenge: A technical university needed a robust and flexible hardware platform to allow students and researchers to test new AI algorithms in real environments.

Solution: By using GAP's SDK, the research team was able to quickly integrate their own sensors and deploy advanced navigation algorithms on GAPbot.

Result: The development time for new robotics projects was reduced by 50%, which led to two published research articles within a year.