TOD System

TOD X is an AI-based software platform that serves as an operating system for industrial robotics, designed to orchestrate robots and machines in multi-vendor environments. The innovation lies in the distributed architecture that integrates sensors, edges, gateways, and clouds, enabling distributed control and centralized monitoring of entire production facilities. Unlike traditional systems, TOD X outperforms the hardware-centric model by enabling interoperability between heterogeneous devices and reducing reliance on individual vendors. The platform integrates AI modules for data analysis, predictive maintenance, and process optimization, making automation more flexible, scalable, and accessible even to SMEs. Thanks to a software-defined, no-code approach, TOD X simplifies robotic programming and transforms industrial automation into an intelligent, connected, data-driven system.

TR1 is a modular robotic framework designed to integrate autonomous mobility and manipulation within a single scalable platform. It consists of a mobile AMR base, a collaborative robotic arm, vision systems, and an edge controller, and is developed to operate in complex environments while ensuring flexibility, reliability, and adaptability. Its plug-and-play architecture enables configuration for multiple applications, including pick-and-place, intralogistics, inspection, and assembly, without requiring structural modifications. The system incorporates Edge AI capabilities directly onboard, allowing local data processing, reducing latency, and improving operational responsiveness. TR1 is orchestrated by TOD X, the software layer that enables multi-vendor integration, no-code programming, and centralized process management, transforming heterogeneous robots and machines into an intelligent, scalable, and efficient system.