Research and development focused on data and tools for simulating and optimizing network construction projects in the field of hybrid/fiber-optic telecommunication networks.
Building on rich spatial data, we have created an adaptive, highly generalizable system that transforms the real world into a precise, computable network graph. Real-world construction costs, together with legal, technical, and strategic constraints, directly shape the model – making it both realistic and fully controllable. This powerful foundation enables user driven network design based on modern techniques in the field of decision intelligence and high performance computing.
The detailedness of our models allow the real-world deployment of the calculated networks. Moreover, due to the high level of real-time capability even for large area network scenarios, our models enable numerous different network expansion scenarios and thus also creates the foundation for strategic decision-making.
We design and deliver modular software tools for every step of modern network planning. From the automatic generation of weighted network graphs based on real-world data, to powerful optimization suites for solving complex network problems, up to complete software packages that provide an end-to-end solution with a modern, intuitive user interface.
Our toolchain supports a wide range of industry-standard input and output formats, including ESRI Shapefiles, KML, XML, and JSON – ensuring seamless integration into existing workflows and systems.
Partner
A1 Telekom Austria AG Lassallestraße 9 A-1020 Wien
RTR Rundfunk und Telekom Reguliergungs-GmbH Mariahilfer Straße 77-79 A-1020 Wien
