A revolution in Earth and Space Weather Observation
The Geodnet mission is to gather dense real-time geospatial data from the Earth and her Atmosphere using a new class of roof-mounted Space Weather stations. The use of blockchain will promote a robust and resilient network that delivers secure and trusted geospatial data products used in key sectors of the economy including Agriculture, Transportation, and Finance, as well as new emerging applications for Autonomy, AR/VR, and the Metaverse. The best aspect of Geodnet is everyone can affordable and easily mine GEOD token without high-power CPU or GPU intensive equipment.
What is Space Weather and Why is it important?
Space Weather is caused by continuous and natural changes in our Sun. As the Sun radiates energy, a Solar Wind hits the Earth carrying along with it a Magnetic Field that interacts directly with the Earth’s atmosphere. While Solar and Space Weather sounds abstract, it has a host of practical impacts both positive and negative. Real-time Space Weather data can help us monitor air-quality, sea-levels, predict earthquakes, and power a host of IT services from nano-second timing to millimeter accurate position measurements.
Space Weather changes rapidly and over short distances less than 10km. To date observation of Space Weather has been expensive and limited to specialized networks known as “CORS” networks (Continuously Operated References Stations) which are regionally operated. Geodnet uses new receiver technology and the power of blockchain to build a new global cyber-infrastructure that provides a dense set of measurements at radically lower cost.
• Global exposure
• High performance
• Broader application
• Open service
• Accessible anywhere
• Token system
• Quick to deploy
• Easy to maintain
• Large area coverage
If you have a roof, you can join.
The Geodnet stations mine satellite navigation observations to form a data source. Through the registration in network, a qualified miner node will be identified and examined by the system, and only miners will be rewarded proportional to their data quality and uniqueness of location. The reward is the number of GEOD tokens. Each node has a blockchain address. Each data source node is therefore a globally unique identifier.
• Independent working layer-1 and layer-2 blockchain system
• Novel POA+POS consensus protocol(PoA: proof of accuracy, PoS: proof of stake)
• High performance support 1000+ TPS
• Multi-layer integration to support global wise applications.
• Native support for accuracy location needs
• Smart contract enabled system for DEFI and emerging Geolocation applications