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Empowering Smart Robotics

We build autonomous robots to power the future of logistics and warehousing.Pioneer of hybrid intra logistics automation.

Multi-vehicle collaboration

Kuaicang Intelligent Algorithm focuses on multiple device collaboration solutions and launches A hybrid algorithm that combines hair-raising algorithms with exact algorithms for integer programming method

the bin robot and the bin to person (QuickBin) scenario Efficient collaboration of latent robots and intelligent handling scenarios The efficient collaboration between robots and hoists provides customers with richer A richer, more economical and more flexible solution.

Heat shift

Based on massive historical order data, future order demand Make predictions, active (periodic) and passive (real-time) Combined with thermal displacement, the shelves are placed in the most reasonable position, and the Minimize the overall shelf carrying distance during picking operations. From "one warehouse, one policy" to "one product, one policy", from "one car, one policy" to "one line, one policy", Maximize the efficiency of inbound and outbound warehouses.

Path planning

In a multi-vehicle mixed scenario with different navigation, plan the global mobile generation The optimal path with the smallest price will cause errors in the face of user misoperation. Under normal circumstances, quickly switch to re-planning mode to maximize the machine People traffic efficiency.

Order wave

Based on rolling historical picking data, mine the picking of different SKUs Select popularity and correlation between SKUs, and make recommendations based on this Recommend listings on shelves and optimize inventory distribution, which can reduce the number of popular products on shelves The competition state can also improve the efficiency of subsequent inbound picking.

Task allocation

When allocating shelf handling tasks to AMR, not only the overall handling is considered Distance, warehouse area, workstation, task type, etc. load balancing of elements; in addition, by sensing AMR in jobs status, perform dynamic task allocation and adjustment, and reduce AMR bypass roads and idle intervals to improve overall operating efficiency.

Recommended for listing

It is recommended to increase the number of products on a single shelf by classifying product size and packaging. analysis and optimization to improve storage space utilization and effectively realize single The storage quantity of shelf products and SKU hit rate have been greatly improved. The centralized storage system for goods with strong relevance to outbound warehouses processes outbound orders. Perform big data analysis to identify products with strong correlation with shipments.

What our partners have to say

Every improvement we make comes from working closely with logistics teams on the ground.

98%

of Our Clients Gave Positive Feedback

The intelligent robotic solutions have revolutionized how we operate. Tasks that once required significant manual effort are now automated, saving time and reducing costs dramatically. The seamless integration into our systems ensured minimal disruption and maximum efficiency.
Jamie Hudson
RTIC Manager
"The level of reliability these robotic systems provide is unmatched. Even in the most challenging environments, they perform consistently and flawlessly. Their adaptability to our unique operational needs has set a new standard for our industry."
Emory
Mechanical Engineer
"This solution is more than just technology—it's a vision for the future. By addressing our operational bottlenecks and providing cutting-edge automation, it has empowered us to focus on strategic growth. It's a partnership that drives innovation every step of the way."
Remy
Logistics Supervisor

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