Central process control, by intelligent good carriers and cyber-physical systems (CPS) enables a complete transparency of the current production status in order to control production planning flexibly an efficiently.
The wireless Pick-by-Light system based on s-net® technology enables a fast installation and simple redesign of shelves for flexible and low-effort order picking.
Containers are equipped with sensors and s-net® technology, e.g. to detect and communicate filling levels. The smart containers form a cyber-physical system and provide the necessary data to automate Kanban processes.
OPAL Health is a wireless location and environmental monitoring system for medical devices and blood supplies. This simplifies device management - and increases safety in transfusion medicine.
The INNOVAGE project combines a continuous analysis of the movement behavior of seniors with the implementation of appropriate movement measures based on s-net® technology.
With Olog-Pat, Smart Objects collect localization and condition data of the patients. They can collect, store and communicate information with their environment.
The combination of asset tracking systems and s-net® networking technology ensures secure monitoring and localization of cargo for real-time control of air freight containers.
ConTrack is a freight tracking system with localization and mobile or satellite communication. Both the containers and the freight are monitored on their transport routes. For example, to optimize logistics processes or initiate measures to protect the goods.
Maintenance free mioty®-LPWAN with energy harvesting
Sensors with batteries are now a thing of the past. The combination of our Energy Harvesting- and mioty-technologies enables energy-efficient and maintenance-free operation of sensors.”
The FutureIOT joint research project develops IoT solutions for practical challenges in the “City.digital” and “Agriculture.digital” project domains. Robust radio transmission is provided by the mioty® LPWAN technology.
The results from the was4wos project are intended to protect lone workers in the future and prevent unnoticed accidents by means of a reliable and fail-safe real-time system. The developed emergency signal system for lone workers thus helps end users as well as large companies to increase the safety of their employees and to reduce costs at the same time.
Components made of fiberglass composite are reliably checked for constant loads. Integrated sensors can record temperature and load data. These can be read out by means of wireless data and energy transmission.