WES+RCS Warehouse Execution System

Automated and intelligent warehousing solution based on AI algorithms

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Product Introduction

WES (Warehouse Execution System) serves as the “central nervous system” connecting WMS with underlying automation equipment. Its unique value lies in real-time scheduling and global optimization. WES orchestrates AGVs, stacker cranes, conveyors, sorters, and other devices to prevent task congestion and ensure highly coordinated operations at the equipment layer. Through dynamic optimization, it not only improves equipment utilization but also enables a transformation from passive response to proactive, predictive operations.

RCS (Robot Control System) is dedicated to managing and scheduling all types of mobile robots. Based on robot capabilities, statuses, and task priorities, it intelligently allocates tasks and plans optimal paths that avoid collisions and congestion.

Trusted by Hundreds of Global Enterprises

Empowering medium and large enterprises, accompanying users' growth with focus and professionalism.

Adapting to Industry Transformation

Rising labor costs, limited land resources, and increasing customer expectations for timeliness are driving the warehouse industry toward automation and intelligence.

The “Central Nervous System” of Automated Warehouses

WES/RCS receives tasks from WMS and decomposes them into executable instructions for each device. It intelligently assigns tasks to the most suitable equipment, avoiding congestion and enabling real-time scheduling and global optimization to ensure highly coordinated equipment-layer operations.
Multi-Scenario Integration

Supports both factory intralogistics and smart-warehouse picking operations. Compatible with dense-storage solutions (four-way shuttles + AGVs, stacker cranes + AGVs) and AGV solutions (CTU + sorters, latent-lift AGVs). WES/RCS provides flexible, customized support for diverse automation scenarios.
AI-Driven Intelligence

AI serves as the intelligent core of the entire solution, leveraging advanced artificial intelligence and operations research algorithms to provide real-time, globally optimized decision-making. AI enables container quantity optimization, pick-K value optimization, business-constraint balancing, workstation load balancing, and multidimensional global task optimization, including traffic planning and path planning.
Support for Mixed-Scenario Collaborative Scheduling

The unified VDA5050 protocol and vendor-specific proprietary protocols ensure maximum flexibility in equipment selection, preventing vendor lock-in and reducing investment risks. Multi-map fusion technology unifies maps from different robot vendors into a single RCS coordinate system, enabling real cross-vendor collaboration and solving the long-standing challenge of multi-brand interoperability.
Multi-map fusion technology unifies maps

Multi-map fusion technology unifies maps from different robot vendors into a single RCS coordinate system, enabling real cross-vendor collaboration and solving the long-standing challenge of multi-brand interoperability.