GEODNET gives drones, robots, and autonomous systems centimeter-level positioning for the physical world.
GEODNET is already deployed across real markets, real customers, and real-world positioning demand.
Base stations
Countries
Usage (GB)
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Physical AI Needs a Real-World Coordinate Layer
We deliver the accuracy, reliability, and performance professionals demand at prices that make advanced positioning technology available to businesses and everyday users alike.
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Professional Performance
Centimeter-level accuracy and reliable performance you can trust.
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Exceptional Value
Global scale enables more capability at more competitive prices.
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Built to Simply Work
From the world’s largest RTK network to easy-to-use positioning products.
Drones, robots, and autonomous systems require more than basic GPS accuracy to operate reliably in the physical world.
Accurate positioning is essential for navigation, coordination, and real-time decision-making across autonomous operations.
GEODNET delivers centimeter-level RTK corrections through a decentralized global network, providing the precision layer for Physical AI.
GNSS Satellites
Raw Signals
Base Station Network
Receive satellite signals
Calculate local errors
GEODNET Network
Aggregates station data
Computes RTK corrections
Cloud / Internet Delivery
Streams correction data (NTRIP / API)
Rover Collect GNSS Signals
Receive GNSS + corrections
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Results
cm-level positioning
No drift
Real-time accuracy
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Find out how RTK works, where it's available, and what you need to get started.
What is GEODNET?
GEODNET is a global network of GNSS reference stations that provides real-time corrections for centimeter-level positioning. It supports applications such as surveying, drone mapping, precision agriculture, and robotics.
What is RTK GPS, and how accurate is it?
RTK stands for Real-Time Kinematic. It uses correction data from a reference station or network to improve satellite positioning. A compatible receiver can achieve centimeter-level accuracy with a good view of the sky and a reliable correction connection.
What is NTRIP, and how does it work with RTK?
NTRIP is a protocol that streams GNSS correction data over the internet. An NTRIP client on your receiver, controller, or app connects to the correction service so your RTK receiver can use the data to calculate a more precise position.
Is GEODNET RTK available where I work?
Use the live coverage map to check your job site, farm, or flight area before getting started. The map shows the location and status of GNSS reference stations.
Check RTK coverage →Will GEODNET work with my equipment?
GEODNET works with compatible RTK-capable GNSS receivers, drones, and guidance systems that can use network corrections. Check whether your device, controller, or app lets you enter third-party NTRIP settings.
Do I need my own RTK base station?
In areas with suitable GEODNET coverage, you can receive corrections from the network without setting up a base station at your site. You’ll need compatible equipment and an internet connection to receive corrections in real time.
What can I use GEODNET RTK for?
Use it to collect survey or GIS points, map with drones, guide farm equipment, or position autonomous robots. The setup depends on your equipment and workflow.
How much does a GEODNET RTK subscription cost?
GEODNET RTK subscriptions are $40 per month or $400 per year. Both plans provide access to network corrections for compatible equipment.
What is GEO-MEASURE, and does it include RTK service?
GEO-MEASURE is a handheld GNSS RTK receiver for surveying, mapping, construction, and GIS data collection. It connects to your phone via Bluetooth and includes one year of GEODNET RTK corrections.
How do I get started with GEODNET RTK?
Check coverage for your work area, confirm that your equipment supports NTRIP, and choose an RTK plan. Then follow the setup guide to enter your connection details and select a correction stream.
GEODNET is already deployed across real markets, real customers, and real-world positioning demand.
