Software for Immission Protection
We are the leading software companies in the field of acoustics. Our focus is the ongoing development of our software systems for the calculation of noise outdoors (CadnaA), for the assessment of sound distribution indoors (CadnaR) and for the calculation of sound transmission between rooms (CadnaB). Our Software is used by governmental agencies, airports, road and railway authorities, international industrial enterprises as well as by leading consulting companies around the world.
We develop software for environmental protection
We are proud to be considered as one of the leading developers of software for immission protection. Our products for the calculation and prediction of environmental noise, interior sound and air pollutant distribution as well as for building acoustics are state-of-the-art. The main objective of our work is the implementation of the noise propagation theory into easy-to-use software. Therefore, one of the most valued advantages of our programs is their high usability and flexibility, while the existence of sophisticated tools and options allow to handle any complex project. These are key points to the successful application of our software worldwide.
Another relevant aspect of our work is the constant research and consulting both at national and international levels. Examples of this are the development and improvement of noise calculation methods and standards by participating in international working groups or the adjustment of the calculation procedures and strategies for their application in different software environments.
Last but not least, DataKustik is committed to democratize the use of noise mapping and interior sound software. One of the most important activities to reach this target is the continuous training and education of professionals, users of our software, consultancy companies and acoustic departments at the administration in any field in acoustics. We also collaborate with the most relevant universities across the globe in order to introduce future new professionals into our world.