News & Events

Bad Elf combines its Flex GNSS receivers with GEODNET’s RTK network to deliver affordable, survey-grade accuracy for government, utility, infrastructure, and field
teams.

Propeller uses GEODNET correction streams to extend coverage, improve positioning accuracy, and build more reliable geospatial workflows across construction, mining, and waste-management sites.

Nine Ten Drones relies on GEODNET’s decentralized RTK network to provide reliable, centimeter level positioning for enterprise drone mapping, inspection, and LiDAR operations.

DroneDeploy and GEODNET are making centimeter-level drone mapping easier and more accessible by reducing the cost, complexity, and infrastructure required for high-accuracy data
capture.

Xona is developing a resilient, low Earth orbit positioning service, with GEODNET stations providing monitoring, corrections, and ground-network support for its Pulsar signal.

VERDE.AI’s R-1000 robotic mower combines GEODNET RTK corrections with onboard visual odometry to deliver wire-free, self-guided lawn care
with centimeter-level
accuracy.

Boson Motors uses GEODNET RTK to guide its electric LX40 utility vehicle through agricultural operations with accurate, autonomous, and globally scalable
positioning.

Quectel combines its GNSS modules with GEODNET’s decentralized corrections infrastructure to provide consistent, centimeter-level positioning across connected-device deployments.

MeshMap fuses LiDAR, AI, and GEODNET RTK corrections to create geographically anchored 3D maps for augmented
reality, digital twins, and
robotic autonomy.

TrueNav uses GEODNET corrections to provide a more affordable and flexible RTK alternative for agriculture, construction, surveying, and heavy-equipment operations.