Description
HBC enables users to finish the joint operations of multiple pieces of equipment in projects more easily, enabling users to fix various problems, like switching between lots of different processing software and data results that are not interconnected, as well as complex, cumbersome workflows. This one-stop service simplifies the workflow and improves the efficiency of field data processing.
Joint Work
HBC combines all the procedures of field survey:
Preparation: Surveyor organization (team-building management), coordinate system setting, RTK project control point/stake point input, road design and DTM surface design
Field survey: GNSS static survey/RTK survey (surveying control)
Post process: GNSS static data processing, RTK Data processing, TS data processing, post mapping
Data Integration
No need to import and export between multiple software. No need for training, warranty maintenance, or support for different applications from different providers. HBC allows you to do one-stop processing of various data, including GNSS static data, RTK data, total station data, Road file, DTM, base map, etc.
Reliable and Fast Post-processing Engine
With reliable, faster and accurate algorithm, HBC supports batch processing of more than 100 baselines of GPS, GLONASS, Beidou and Galileo static data with predefined coordinate system and multiple manufacture antennas.
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Additional information
| GNSS data | Y |
|---|---|
| GNSS static / RTK data collection | Y |
| Addres | Hi-Target Building 13, Tian'An Technology Zone HQ Center, No.555, North of Panyu Road, Panyu District 511400 Guangzhou China |
| Brand | Hi-Target |
| Distinguishable features | Post-Processing Desktop Software |
| Post processed kinematic | Y |
| Network RTK | Yes |
| Base and rover RTK | Y |
| Input data formats supported | *.txt, *.csv, *.dxf, *.shp, *.dat, *.asc, *.kml, *.NCN, *.geojson |
| GNSS setting out | Y |
| Volume computation by substracting surfaces | N |
| GNSS + dead reckoning data (Mobile Mapping) | N |
| Volume computation from sections | Y |
| Computation of sections through surfaces | Y |
| Compute TIN | Y |
| Compute grid DTM | Y |
| Transformation between map projections | Y |
| Integrated least squares computation of control | Y |
| Point cloud data | N |
| TPS data | N |
| URL |
