Improving GPS Accuracy with Tokenized Wireless Networks

Mapping Network sells hardware only. We make no promises about network rewards, token value or earnings, and nothing here is financial advice. Check current details on the official GEODNET site.

GPS technology has come a long way since it was first introduced to the public. Today, it's almost impossible to imagine life without the convenience of being able to navigate to any location with just the touch of a button. However, despite its widespread use, GPS accuracy is still limited to within a few meters. This may be sufficient for everyday navigation, but what if you need more precise location data? Enter GEODNET.

GEODNET is a company that uses a blockchain-based model to roll out reference station networks that improve GPS accuracy to the centimeter level. By setting up a MobileCM Space Weather Station, users can contribute reference data to the network. But how does it all work?

The GEODNET network combines the idea of a blockchain with a CORS network, or Continuously Operating Reference Station network. A CORS network is made up of a network of fixed GPS reference stations that are used to calculate and provide high-precision GPS positions. By incorporating blockchain technology, allows for a decentralized network of users to contribute to the CORS network, increasing the number of reference stations and improving GPS accuracy.

Participating in the GEODNET network is easy and straightforward. To start, you'll need a few things: access to a roof with a clear view of the sky all around, stable WiFi (no Ethernet option yet), and a place to put the MobileCM Space Weather Station indoors. It's important to note that a clear view is defined as an angle of 10º and above in a circle around where you plan to deploy the antenna. Anything solid in that path above 10º, such as buildings, trees, or hills will block the view and cause issues and performance issues.

However, a few interfering factors like space weather, atmospheric disturbances, and “multi-path” reflection of the satellite signal off buildings or other obstructions can introduce errors to accuracy by changing the signal path from satellite to your receiver. This means that even with a clear view, there may still be some errors in the GPS signal.

It's worth noting that GEODNET is not the only company exploring blockchain-coordinated wireless networks. The Helium Network, for example, has paved the way to demonstrate community-built radio coverage. You can check out other projects in the Token Incentivized Physical Infrastructure Networks ecosystem.

In conclusion, GEODNET is leading the way in the development of community-built networks that improve GPS accuracy. By setting up a MobileCM Space Weather Station and participating in the network, users help increase the precision of GPS technology. As the demand for more accurate location data continues to grow, GEODNET's innovative approach is sure to be a game changer.

Gear for a GEODNET rooftop install

We don't have GEODNET stations in stock right now; read about the network on our GEODNET page. A GEODNET station comes with its own satellite antenna and cable, but a solid, high mount with a clear view of the sky is up to you. These in-stock parts can help:

• L-type wall mounting pole for a wall or parapet
• I-shaped vertical mounting rod to lift the antenna above the roofline
• U-shaped hoisting pole
• All mounts and antenna accessories

Check that the mount suits your antenna's bracket before you order, or ask us using the chat button. Running a LoRaWAN gateway on the same roof? See our 915 MHz antenna buying guide.