SCENARIFY Trademark

computer modelling services, namely, modelling of computer-simulated scenarios; computer modelling services, namely, modelling of computer-simulated natural hazards; computer modelling services, namely, modelling of computer-simulated measures; computer modelling services, namely, modelling of computer-simulated climate change adaptation measures; computer modelling services, namely, modelling of computer-simulated microclimate; computer modelling services, namely, computer-simulated climate and weather modelling; mapping services, namely, creation of digital natural hazard maps; mapping services, namely, creation of digital risk maps; technical consulting in the field of computer modeling services based on computer-simulated scenarios; design of computer-simulated models, namely, creation and maintenance of digital twins in the environmental sector; design of computer-simulated models, namely, creation of application-specific, personalized and interactive visualizations of geodata; design of computer-simulated models, namely, scientific development of environmental models; design of computer-simulated models, namely, scientific development of interactive visualizations; design of computer-simulated models, namely, scientific development of computer simulations; computer software development, design, and maintenance for interaction with the aforementioned models, simulations, digital twins, visualizations and digital maps; Computer services, namely, hosting an interactive web site that allows customers to develop and operate customized web services for risk communication and mass-market operation of complex simulation software; computer software development, namely, developing and deploying AI solutions for geographic applications

Downloadable computer software for geospatial decision support and planning based on creating, analyzing and visualizing computer-simulated scenarios; downloadable computer software for interactive control of simulations; downloadable computer software for collaborative planning; downloadable computer software for processing geographical data; downloadable computer software for visual risk communication to inform the general public; downloadable computer software for creating 3D visualization of infrastructure planning; downloadable computer software for computer simulation for modeling of environmental processes, namely, for modeling of natural hazards, for modeling evacuation procedures and traffic, for modeling floods, rainfall events, droughts, sewers and other canal networks, for modelling the micro-climate including heat, wind, pollutant transport, and atmospheric conditions; downloadable computer software using agent-based simulation for modeling the aforementioned environmental processes; downloadable computer software using hydrodynamic simulation for modeling the aforementioned environmental processes; downloadable computer software using computational fluid dynamics simulation for modeling the aforementioned environmental processes; downloadable computer simulation software using artificial intelligence (AI) for modeling the aforementioned environmental processes; downloadable computer software for simulation in the cloud for modeling the aforementioned environmental processes, for web-based simulation for modeling the aforementioned environmental processes, for simulation with graphics processors for modeling the aforementioned environmental processes, for simulation of measures in the context of the aforementioned environmental processes, for modeling of climate adaptation measures; downloadable computer software for forecasting natural hazards; downloadable computer software for live prediction of natural events and risks; downloadable computer simulation software using artificial intelligence (AI) for editing geospatial data sets and deriving new information from them; downloadable computer software for 3D rendering; downloadable computer software for creating 3D visualization; downloadable computer software for 3D rendering of geographical information systems;