FLEET MANAGEMENT SYSTEM
The FMS (Fleet Management System) is part of Standard Robots' RIoT (Robots Internet of Things) Flexible Platform and is responsible for task allocation, scheduling, and logistics data statistics. It is equipped with a multi-task scheduling algorithm and is flexibly configured according to clients’ requirements to realize optimal task allocation. Along with multi-robot path planning and traffic control algorithms, FMS enables robot fleet collaboration for overall efficiency improvement.

FMS monitors, analyzes, and records robot operation status instantly, such as mileage, abnormal events, and so on. Order data can be processed to calculate efficiency indexes such as the utilization rate and robot average response time. The system also enables data visualization and report exporting for overall logistics optimization in the future.
System advantages
RAPID DEPLOYMENT
It supports one click installation of multiple operating systems. The client is browser based and accessible without installing client software.
INTELLIGENT TASK ALLOCATION
Systematic intelligent task allocation algorithm ensures efficient cooperation and efficiency improvement of robots.
EFFICIENT PATH PLANNING
Route planning, real-time optimization and decision-making, reasonable traffic control, and avoid deadlock and congestion.
DATA VISUALIZATION AND MANAGEMENT
Real time tracking and management of robot operation and maintenance data, support data import / export, and optimize the overall service process.
STRONG EXPANSIBILITY
Provide standard open interface based on HTTP to seamlessly connect with customer MES / WMS / ERP and other business systems.
HUMANIZED INTERACTIVE DESIGN
The operation interface conforms to the production process and logic, and provides friendly visual and interactive experience.
RloT Flexible Logistics Platform
The RloT (Robot Internet of Things) is a flexible logistics platform built by Standard Robots, which places AMR at its core to achieve seamless hardware interconnection; uses FMS (Fleet Management System) as its main control to achieve a high degree of software integration; and combines plant layouts, production business scenarios, and human/machine/material/line/warehouse interactions to create a hybrid flexible logistics operation mechanisms.

RloT empowers industrial production through cutting-edge technologies, such as 5G communication, cloud computing, Al deep learning, edge computing, distributed storage, and big data analysis. Based on a massive amount of circulating data, RloT can thoroughly explore production laws, independently iterate Al algorithm models, and continuously optimize production models to help smart factories achieve even more efficient production.
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