ⓘ Detailed Overview

Marvelmind's indoor positioning system delivers precise location tracking for autonomous robots in warehouse and logistics environments where GPS signals cannot penetrate. This demonstration showcases a small delivery robot achieving ±2cm accuracy as it autonomously navigates predefined routes between multiple work stations. The system uses a mobile beacon mounted on the robot, continuously reporting its location to a central positioning system that compares actual movement against programmed task paths. The blue dots on the displayed map represent measured position updates in real-time, while yellow lines indicate the planned autonomous route. The robot demonstrates practical payload handling with 2kg capacity while maintaining precise positional awareness. This indoor GPS alternative to traditional outdoor positioning enables complex autonomous navigation patterns, customizable task routines, and reliable operation in GPS-denied environments. Warehouses, manufacturing facilities, and logistics centers can deploy similar systems for autonomous forklifts, delivery robots, and drones requiring centimeter-level accuracy without relying on wireless infrastructure or line-of-sight dependencies inherent in optical systems.