Justin is a new generation of GNSS data processing software integrated with elaborate spectrum of GIS features. In its GNSS data processing segment, it employs the most rigorous and sophisticated techniques of classical surveying and geodetic formulations for baseline and trajectory calculations as well as network adjustments.

In its basic standard package, Justin is offered with full range of features for GNSS data processing tasks in static, stop-and-go, and kinematic modes. It uses the most innovative and robust post processing engines for GPS and GPS + GLONASS data. Justin uses special technique to combine high rate data (up to 100 Hz) with low rate data typical of CORS stations. We will continue to enhance Justin to process Galileo and other new signals as they become available.

The addition of optional GIS part of Justin makes a seamless integration with the data processing part which allows the user to process GNSS data and create topo maps or transfer results to vector and raster maps for cartography. Justin has special tools to process GNSS data and transfer results to Google Earth.

Below is a list of functions and components implemented in Justin.

Basic Part: Geodesy & Surveying

• Automatic project management from 'Import' through 'Report', using appropriate 'Scenario'
• Any Justin project is a self-sufficient ("autonomous") data repository, which makes project manipulation very simple and reliable
• Static data processing in interactive mode
• Kinematic data processing (including relative kinematic)
• Advanced Stop & Go processing
• Advanced Network Adjustment
• Multi-base trajectory adjusting
• Event editor
• Mission Planning
• Graphic module for fundamental analysis of GNSS data (preset combinations and user macros)
• Multilingual interface

Optional GIS Part:

• Supporting the topological structure of map features such as "site", "vector", "solution", "net"
• Setting the layer properties ("color", "style", "density", "visibility") according to the data processing parameters (solution type, accuracy, etc.)
• Exporting map layers to the dxf and MapInfo tab formats
• Supporting the vector (MapInfo , ArcGIS) and raster maps
• Load project data to Google Earth
• Optimized raster map georeferencing by ground control points
• Camera editor: determining the internal orientation elements of aerial camera
• Auto georeferencing for aerial photography images with event data (mosaic)
• Image enhancements including rotation, transparency, brightness, contrast