Geodnet (CRYPTO: GEOD) — Company Overview, News & Financial Data
Geodnet is a decentralized physical infrastructure network providing real-time kinematic GNSS correction data for centimeter-level global positioning.
Geodnet
About
Geodnet is a decentralized physical infrastructure network providing real-time kinematic GNSS correction data for centimeter-level global positioning. The network gathers satellite signals through a distributed ecosystem of earth-based GNSS base stations deployed across 174 countries. By aggregating station observations and computing local orbital and atmospheric error corrections, Geodnet streams precise positioning data to rovers via cloud protocols like NTRIP and application programming interfaces. The infrastructure targets autonomous vehicles, agricultural machinery, surveying drones, humanoid robotics, and industrial applications requiring high-precision spatial awareness.
Snapshot
Operations
Products and/or services of Geodnet
- RTK Correction Data Services: High-precision real-time kinematic GNSS correction data streamed via NTRIP protocols and cloud APIs directly to mobile rovers, delivering centimeter-level positioning accuracy for autonomous vehicles, agricultural machinery, and survey equipment globally.
- GNSS Base Station Hardware: Specialized earth-based satellite receiver nodes deployed by distributed hosts across 174 countries to continuously collect multi-band satellite signals, calculate localized atmospheric error data, and expand physical network coverage.
- DePIN Incentive Protocol: A decentralized token incentive mechanism that rewards base station hosts for maintaining high operational uptime and supplying reliable satellite data to expand and sustain global network coverage.
- Precision Agricultural Spraying Systems: Map-free autonomous aerial spraying solutions for industrial farming, combining aerial drone hardware with real-time kinematic positioning data streams to enable targeted crop protection and precise field management.
- Enterprise Reality Capture Services: High-accuracy drone mapping and spatial survey solutions integrated into enterprise software platforms, allowing survey crews and mapping operators to capture centimeter-accurate spatial models without manual base station setups.
- Robotic Autonomy Chip Integrations: Integrated GNSS hardware modules and autonomy stack chipsets designed for humanoid robots, unmanned aerial vehicles, and mobile rovers requiring real-time drift-free positioning across complex physical environments.