It is particularly important to us to develop software in such a way that it can be used universally. In recent years, we have succeeded in creating a range of marketable software that is already being used by numerous weather services in Europe.

Below we have listed a selection of systems that we have developed and are currently maintaining:

• Data acquisition systems AMDA I/II, MODES III: The main task is to record physical variables in the field using weather sensors on a measuring field. The systems have an internal error analysis, processing of raw data/signals into measured variables, local storage at the station and data output.
• Information logistics measuring networks (ILM): Centralized retrieval, processing and quality assurance of station data, rule-based accumulation of high-resolution output values, management of the entire measuring network via remote configuration
• QualiMET, QualiRAD: Data checking and monitoring system for measurement and observation data from the ground monitoring network and the radiological monitoring network.
• GloBUS: Decoding system for international and national weather reports
• SKY: Meteorological data management system for archiving and retrieving meteorological data.
• NinJo meteorological workstation: We have partial responsibility for around a quarter of the NinJo software, which we are continuously developing on behalf of an international association of weather services. The software integrates numerous weather data, displays them spatially and temporally on top of each other or next to each other and contains numerous procedures that meteorologists need for their daily work.

What all systems have in common is that they are developed in the Java programming language and have been stable and robust on the market for several years.