“Infrastrukturloses tracking of positions in buildings in conjunction with 3D visualization in unique accuracy world novelty on the sphinx open forum”: next generation of indoor navigation consistency, 17 July 2013 in GmbH showed a firefighter finds its way out of a burning house. This is an example, with the indoor navigation”which in integrated information systems GmbH (www.in-gmbh.de) becomes a reality. How does the infrastrukturlose tracking of positions in buildings in 3D, the company demonstrated open forum during the sphinx 2013 “on June 27 in Konstanz. The solution of mobile position determining the visualization is open online through the platform of sphinx”allows and is unique in this combination. Future-oriented concepts and innovations were at the event of sphinx open forum 2013″on the basis of the product of sphinx open online” in the Center. The powerful platform connects locally distributed data sources and sensors to a central management system and exposes the relevant information and processes on mobile devices. The configuration is done centrally, without programming.

A business app (each for Android, Apple iOS and future Windows phone 8) forming the bridge for mobile applications. Authorization concepts and encrypted transmission ensures high data security. Virtual reality in connection with real position data using a shoe-IMU-based indoor navigation”showed the in-GmbH selected visitors, determine the position of a people within a building with high precision can expire. The solution is based on the platform of sphinx open online, the core of which is a fundamental part of management systems of from different vendors for more than twenty years. In addition to the availability of the cloud, georeferenced 2D and 3D models can be efficiently processed and visualized. The leading-edge technology for the indoor navigation solution implemented in GmbH, incorporating the latest research results into action. Siegfried Wagner, Managing Director of in-GmbH, explains: in particular in large building complexes and industrial plants, the indoor position identification relating with a georeferenced 3D visualization offers tremendous advantages.