Algorithm Platform

Just a few seconds, you can easily pick up any location of the container, completely subvert the traditional storage pick-up time. With our advanced algorithms, the system is able to intelligently deploy containers based on order data, ensuring the dynamic flow and precise positioning of each box for true real-time extraction. High-frequency containers are automatically optimized to the top layer, reducing unnecessary access to low-frequency containers and directly improving operational efficiency - in fact, more than a third of containers can be accessed without digging.

Funtron algorithm platform, so that your warehousing operations faster, improve business fluency to a new peak!

The funtron algorithm platform significantly improves the robot's work efficiency, reducing the travel distance by 25-40%. After fun boxes are delivered, the robots line up for new work orders. Our systems are designed to ensure that approximately 80% of the time is spent directly on order processing and the remaining 20% is spent efficiently on order preparation-mainly at night and during off-peak hours, maximizing equipment utilization and productivity. Funtron algorithm platform is your indispensable partner to accelerate business and improve operational efficiency, so that warehouse management into a new era of efficiency and intelligence!

With more than 500 detailed simulation tests per day, our advanced algorithm platform is more than just a numbers game - it's the key to unlocking your warehouse's operational potential. We analyze every path design, every robot configuration, with one goal - to ensure that your warehouse operations are industry-leading.

Imagine being able to keep your warehouse running like clockwork during periods of fluctuating or peak demand. That's what our algorithm platform can do for you!

Each funtron system is simulated to ensure it meets customer performance expectations. In fact, our neural network simulates more than 500 path designs per day, testing different numbers of maps and robots to provide optimal solutions for our integration partners in design, installation and use performance. For the cubic bin, we are most concerned about: 1) whether the expected throughput is achieved, 2) whether the high-end port utilization is maintained.

Precise simulation testing allows us to optimize the stack system for high performance. For example, the testing process helps detect bottlenecks or study a wide range of scenarios to minimize container wait times and use a minimum number of robots.