RTK Data the way it should be.

It’s Fast, Affordable and overall Better than our competitors.

We use TRUE RTK instead of competitors Virtual reference stations to provide the most accurate LOCAL correction data.

Merged Base Station Coverage Map with Location Dots
  • True RTK vs. VRS

  • 1-3cm horizontal AND vertical accuracy

  • Immediate FIX time.

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GPS Interference Forecast for South Dakota & North Dakota

Kp 3
Minor Activity
Solar Flares: None GPS Impact: Low
5
3
1
Apr 22 Apr 23 Apr 24 Apr 25 Apr 26 Apr 27 Apr 28
Apr 22
Kp 3
Minimal issues in SD/ND
Apr 23
Kp 3
Minimal issues in SD/ND
Apr 24
Kp 2
Stable in SD/ND
Apr 25
Kp 3
Low impact in SD/ND
Apr 26
Kp 2
Stable in SD/ND
Apr 27
Kp 2
Stable in SD/ND
Apr 28
Kp 3
Low risk in SD/ND

Data sourced from SpaceWeatherLive and NOAA. Updated: Apr 25, 2025

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Agriculture - Construction - Survey

GNSS RTK Technology

  • High Performance Data: Centimeter-level accuracy (horizontal and vertical)

  • Compatibility with thousands of GNSS receivers (RTCM 3.2 and NTRIP protocols).

  • Automatic Base Assignment: Automatically connects to the nearest base station.

  • Datum Support: Compatible with international and local datum systems.

  • High quality base stations: Geodetic-grade receivers and antennas, triple frequency and multi-constellation support (GPS, GLONASS, Galileo, BeiDou).

  • Scalability, Flexibility & Support: customizable solutions, flexible subscription plans, and comprehensive customer support available.

  • Optional: Enhance your data performance even more with a free local RTK base station, available under certain terms and conditions.

  • True RTK

    • Triple-band frequency, 4 constellations and Immediate FIX; outperform competitors VRS networks.

Integration

  • Hardware Compatibility: Compatible with most GPS receivers, drones, and surveying equipment, ensuring broad usability across different devices.

  • Standard Protocols: our data supports standard protocols such as RTCM 3.2 and NTRIP. 

  • Data Formats: The system supports common GNSS data formats, including NMEA, RTCM 3.2, and RINEX, ensuring ease of data handling and integration into various software systems.