Real -time monitoring space climate is essential due to its impact, both positive and negative, in our environment. Understanding this phenomenon allows us to understand aspects such as air quality, sea levels and even anticipate events such as earthquakes. In addition, it is vital to boost technological services that require precise time and location measurements.

However, until now, the observation of the space climate has been expensive and limited to specialized networks. Most existing networks, known as Cors networks (reference stations continuously operated), have operated regionally and have not provided the data density necessary for a global and detailed understanding of the space climate. This is where Geodnet enters.

Geodnet: redefining the observation of space climate
Geodenet
Geodnet is a depin initiative promoted by a community of satellite miners that seek to transform the way we collect geospatial data in real time. Using a new generation of roof -mounted meteorological stations, Geodnet aims to generate a dense and precise source of data on the space climate and terrestrial location.

Join if you have a roof

Geodnet stations undermine satellite navigation signals to create a real -time data source. When registering on the Geodnet network with your satellite station you become a qualified mining node, which will be monitored by the precision test system, who, depending on the quality of your data and the uniqueness of your location, estimates the Rewards you receive in exchange for your contribution. These rewards are distributed daily using $ GEOD, the native token ERC-20 of the project, which is based on Polygon.

The Geodnet revolution
Real -time data: The Geodnet network is based on satellite navigation signals to offer a continuous and updated source on the space climate and terrestrial location.
Universal accessibility: unlike limited Corsa networks, Geodnet is a global network that allows anyone to contribute and benefit from their data.
Controls for contribution: Miners in the Geodnet network are rewarded for the quality and uniqueness of the data they provide, thus fostering greater precision and participation.
Blockchain infrastructure: using blockchain technology, Geodnet guarantees the safety and decentralization of its network, offering a reliable and resistant infrastructure.
Geodnet impact on economics and technology
Geodnet's existence is essential for the progress of various industries. From improving navigation precision to enhancing efficiency in location -based services, such as IoT and mobile devices, Geodnet opens a world of possibilities.

Some key advantages
Precision: The precise information about the space climate facilitates a wide range of applications, from navigation to the prediction of natural events.
Efficiency: by democratizing spatial information, Geodnet reduces costs and facilitates access to crucial data for decision making.
Innovation: The availability of precise and real -time data encourages the development of new technologies and services.

Conclusions
In essence, Geodnet represents a significant change in our understanding and use of space climate. By making the observation of this phenomenon accessible, economical and precise, this network is passionate for a world where space information is a daily tool for the benefit of humanity.