Product Description
Quicktron's powerful software ecosystem delivers seamless integration of the Warehouse Execution System (WES), Logistics Execution System (LES), and Robot Control System (RCS), with harmonious connectivity to upstream systems including WMS, ERP, MES, MIS, OMS, and TMS. This unified platform enables enterprises to tackle the complex challenges of modern warehousing with unmatched efficiency and flexibility.
The AI-driven algorithms optimize robot navigation, ensure obstacle-free movement, and manage traffic flow across hundreds of simultaneously operating robots. By analyzing historical order data, the system predicts future demand to optimize shelf placement and storage locations — keeping high-velocity SKUs in the most accessible positions.
The WES serves as the operational core for goods-to-person picking, coordinating inventory control, SKU management, order processing, and workstation collaboration. The RCS handles precise task scheduling, multi-robot path planning, traffic management, charging control, and emergency-stop safety. The LES manages material allocation, docking, workflow, and transfer strategies for intelligent material-handling scenarios.
Key software algorithms include dynamic storage allocation, AI-powered order wave grouping, intelligent task assignment (reducing robot idle time to 1–2 second intervals), and real-time path re-planning — all working together to maximize throughput and minimize fulfillment cycle times.
- Integrated WES, RCS, and LES software suite
- Compatible with WMS, ERP, MES, MIS, OMS, and TMS upstream systems
- AI algorithms for multi-robot coordination (hundreds of robots simultaneously)
- Dynamic storage allocation based on SKU frequency and order history
- Intelligent order wave grouping (single or multi-order picking)
- Dynamic task assignment with 1–2 second robot follow intervals
- Real-time shortest-path planning with automatic re-routing on exceptions
- Heat-map-based shelf repositioning for demand-driven storage optimization
- Correlated goods clustering to improve shelf hit rate
- Supports heterogeneous robot fleets and third-party equipment coordination