No need for a reference station! Achieve automation and unmanned operations in agricultural work with stable, accurate, and high-precision GNSS correction information from Genoa, improving work efficiency!
Our company analyzes the real-time data from electronic reference points provided by the Geospatial Information Authority of Japan 24 hours a day, 365 days a year, and offers a high-precision positioning correction data delivery service to customers using a virtual point method. When utilizing our service in agriculture, we can deliver data to ICT agricultural machinery, allowing for the automation and unmanned operation of various farming tasks by accurately grasping high-precision location information. Furthermore, while physical reference stations were traditionally required for obtaining location information, our service eliminates the need for installation and management, significantly reducing installation and management costs. Additionally, the quality of the correction data is checked, and the delivery server is redundant, ensuring that you can use our service with confidence. We have specific case studies available in our catalog, so please take a look. 【Features of Our Service】 ■ Virtual reference point RTK and electronic reference point RTK are also available ■ Compatible with GPS, GLONASS, Galileo, and QZS ■ Aligned with the results of the nearest electronic reference point (Patent No. 5832050) ■ Generates GNSS data using a high-density network of electronic reference points (utilizing approximately 1,300 points nationwide) ■ No need for installation and management of reference stations ■ Quality checks of correction information and redundancy of the delivery system
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basic information
**[Network RTK System]** Position information is obtained through the following mechanism: 1) The user transmits the measured position* (an approximate position obtained using satellites only) to the Genova Center (GGA transmission, NMEA format). *The position of the device transmitting the location information. 2) Based on the data received, we create reference point information for points near the measured position (virtual reference points). 3) We transmit the reference point information to the user's receiver (RTCM format). 4) The receiver analyzes the reference point information and determines a high-precision position. ■ We continuously monitor error factors 24 hours a day. ■ Communication methods include Ntrip, which uses internet lines, and CPA, which uses dedicated communication terminals (CPTrans). *For more details, please contact us. **[Support Services]** ■ Free use of the observation status confirmation smartphone app (J-View) ■ Static data quality check service ■ Remote island distribution service ■ Electronic reference point search service for known points ■ Observation optimization index service ■ Service area map / electronic reference point satellite capture status ■ Crustal deformation disclosure service ■ Satellite arrival prediction ■ Usage statement viewing service
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【Main Use Cases】 ■ Public surveying, land and building surveys ■ Construction work using ICT construction machinery (machine control, unmanned construction), construction management (i-Construction) ■ Surveys, inspections, and logistics using drones and UAVs ■ Unmanned agriculture using ICT agricultural machinery (automatic steering) ■ Autonomous driving, etc. *If you have any questions, please feel free to contact us.
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Genova Corporation is a company that provides high-precision location information services using GNSS satellites. Currently, applications utilizing network-based RTK (Real-Time Kinematic) are expanding. Our high-precision positioning data services are used in numerous fields, including autonomous driving, precision agriculture, i-Construction/ICT construction, UAVs, general surveying, civil engineering, research work, land and building surveying, and archaeological investigations.
![[Technical Information] Patent technology for network-based positioning considering crustal deformation.](https://image.www.ipros.com/public/product/image/15d/2000352921/IPROS4963450937165096301.jpg?w=280&h=280)
