• Main Window Application (to display one main scene and up to three secondary scenes),
• Surface Data Layer (surface observations, such as SYNOP or BUOY, as well as point forecast data),
• NWP-Model Layer (regular gridded numerical weather prediction output fields),
• Meteogram application,
• Satellite Data Layer (visualization of different satellite channels and composites from geostationary and polar-orbiting satellites and of derived nowcasting products),
• Radar Layer (radar products both as composites and single radar drill-downs),
• Sounding Data Layer and Application (visualization of atmospheric soundings),
• SatSounding Layer,
• SatFeature Layer,
• SatWind Layer
• Aviation layer (for application in aviation meteorology; e.g. METAR and TAF reports),
• Lightning Layer (lightning events according to age and polarity),
• SCIT Layer (storm cell identification and tracking), 
• Road weather layer (displaying data from national road weather networks),
• MOS (Model Output Statistics) Data Layer,
• Ocean Profile Layer and Application, 
• AutoMON layer and application (Information on incoming data including severe weather situations)
• Cross Section Layer and application,
• Trajectory Layer,
• Webcam Layer,
• Fill Layer and
• Geographical layers to visualize geographical information (geocoded vector and raster data; parallels and meridians; distance rings and radials).

On the server side, NinJo View includes:

• Configuration server and import,
• Radar data server and import,
• Grid data server and import for GRIB1 (regular fields),
• Satellite data server and import,
• Point data server and import for observation data, imported by GloBUS, point forecast data, lightning data, storm cell data, station catalogue data, trajectory data, and
• PointSet data server and import.

The modular software architecture of NinJo View is open for future data formats and forms of representation.