AMR and Intelligent Fleet Management System 2026/09/29

Introductions

Autonomous Mobile Robots alleviate labor shortages and enhance factory efficiency by independently performing tasks such as goods delivery and environmental cleaning. However, inconsistent communication systems across factories hinder AMRs from communicating during routine tasks, complicating coordination and integration with equipment such as elevators and shelves, thereby limiting deployment and expansion.

Technical Advantages and Features

• Seamlessly Communicate Across Different Areas: Satisfies the communication standards of the Autonomous Mobile Robot Alliance and integrates with various domestic AMR brands. It is compatible with different types of mobile vehicles, including Automated Guided Vehicles, Autonomous Mobile Robots, and Overhead Hoist Transporters.
• Smart Traffic Management and Dual-Module Scheduling: Provides intelligent traffic management and multi-path planning algorithms with flexibly arranged tasks, supports dual-module operation with simultaneous direct routes and detour tasks, and includes smart charging and parking management for continuous 24/7 operation.
• Support for Factory Communication Protocols: Enables communication among peripheral factory equipment, including warehouses, electronic shelves, elevators, and automatic doors, and supports universal protocols such as Modbus, AMQP, REST API, and SECS for high enterprise compatibility.

Industrial Applications and Business Opportunities

• Industry Applications
  • Semiconductor industry, manufacturing industry, and medical and service industry.
• Application Examples
  • At Siliconware Precision Industries, the Intelligent Fleet Management System dispatches multiple autonomous mobile robots to transport wafer carriers in cleanrooms, reducing manpower by 15%, increasing production capacity by 50%, and achieving a production line utilization rate of 95%.
  • At San Shing Fastech Corp, the intelligent task scheduling system enables dual-module operation of detour and direct transport between workstations, while the fleet management system communicates with peripheral automation equipment to support cross-floor and cross-building goods transport, saving 3 manpower in each area.