Real technology. Real revenue. Real-world impact.
Each new station compounds the network — more coverage, more sellable data, more buybacks, and stronger reasons to deploy. A loop that feeds itself.
Verified, high-precision geospatial data — the input that powers the entire cycle.

Scarcity and rewards pull operators to deploy more.
Stations capture verified RTK geospatial data.
Sold to enterprise buyers as protocol revenue.
Revenue buys back and burns $GEOD, tightening supply.
Percentage of issuance offset by burned tokens

Revenue generated from real-world services creates ongoing demand across the network.

A portion of network revenue is used to burn tokens, reducing supply over time.

A fixed token supply creates scarcity and supports long-term value creation.

Aligned incentives ensure a self-sustaining ecosystem built for long-term growth.
GEODNET is a decentralized network of GNSS base stations that collect space weather and satellite correction data from around the world. This data enables centimeter-level precision for drones, autonomous vehicles, robotics, and mapping applications. Each base station contributes valuable real-world data and earns $GEOD tokens in return, making $GEOD the heartbeat of a working global network.











The GEODNET Foundation collaborates with current and prospective customers to review a selection of high-value regions on the map that require Satellite Reference Stations. These areas are then delineated as a seven-hex SuperHex. All community GEOD holders have the opportunity to stake their tokens within these SuperHexes for additional rewards. Once the SuperHex is fully staked with GEOD tokens, the SuperHex is active for GNSS mining stations to be deployed. The GEODNET Foundation has successfully launched both Phase I and Phase II SuperHex programs. Currently, the first newly deployed Satellite Reference Station within the active SuperHex will receive rewards multiplied by up to 4x.

GEODNET is already deployed across real markets, real customers, and real-world positioning demand.