WES Warehouse Execution System
Hai Robotics Intelligent Warehouse Execution System (WES) is a smart system that seamlessly integrates with upstream systems, such as ERP/WMS/MES, and covers the manufacturing and distribution industries. It manages a variety of internal resources such as automated equipment, inventory, and employees. It also executes warehouse business in a process-oriented and standardized way, helping industries such as footwear and apparel, 3PL, retail, 3C manufacturing, automotive, pharmaceutical, and cross-border e-commerce to achieve digital transformation.
WES supports business operations such as outbound and inbound, stocktake, and stock consolidation. The workstations and inbound/outbound strategies can be flexibly configured, including order grouping, order splitting, and batch processing. Additionally, efficient algorithms for order and inventory allocation are utilized to ensure efficient processing. In production line scenarios, material handling can be called through various means such as physical buttons, PDAs, and upstream systems. Combined with equipment such as AGVs, forklifts, elevators, and conveyors, collaborative scheduling and operations can be achieved.
01
Convenient access to upstream systems
With experience in implementing projects with well-known ERP and WMS vendors, the fields can be configured flexibly to meet the docking requirements in different scenarios.
02
Efficient strategy and rules
Configure workstation operation rules, support business strategies such as grouping and splitting orders, and have intelligent and efficient algorithms.
03
Standard deployment plan
It has high availability and automatic switching when there is a failure. It also has load balancing and data disaster prevention functions.
04
Stable and secure service platform
High system performance, capable of processing up to 10,000 external requests per second. It recovers quickly from exceptions and supports multiple backup solutions for system exceptions to ensure smooth task execution. The data communication between robots uses encrypted components.
