GEODNET Price

GEODNET differentiates itself by combining a decentralized blockchain with a physical global network of certified GNSS reference stations producing high-precision geospatial data. Its novel Proof of Location (POL) and Proof of Accuracy (POA) protocols cryptographically verify the authenticity and quality of location data, protecting against spoofing or manipulation. Unlike typical cryptocurrencies focused on financial transactions, GEOD tokens are earned by providing verifiable real-world GNSS data and support industrial and scientific applications. The network operates without centralized control, offers multi-sensor integration, and uses tokenomics to sustainably incentivize global network expansion.

The utility of the GEOD token is multi-faceted: it serves as payment for accessing GEODNET data streams and services; it rewards Satellite Reference Station operators ("miners") and other network validators for contributing authentic GNSS data; and it is used in governance votes within the decentralized organization (GeoDAO) to manage protocol operation and resource allocation. Additionally, the GEOD network underpins critical sectors requiring precise positioning such as robotics, autonomous vehicles, augmented reality, and metaverse applications.

The GEODNET whitepaper promises a decentralized, blockchain-based GNSS reference network delivering real-time, centimeter-accurate positioning and Earth observation data secured through certified hardware and cryptographically verified protocols (Proof of Location and Proof of Accuracy). It outlines a token incentive model to reward contributors and operate without central points of failure. The whitepaper also highlights integration with industry standards, multi-sensor capabilities, secure data transmission, and governance via a decentralized autonomous organization (GeoDAO), aiming to provide trustworthy, high-precision location data for both industrial and scientific uses.

The cryptocurrency Geodnet (GEOD) uses a unique consensus mechanism combining Proof of Location (POL) and Proof of Accuracy (POA) protocols. These cryptographically secure algorithms authenticate the physical locations of GNSS miners and verify the quality and uniqueness of their positioning data to prevent spoofing or manipulation. Unlike traditional energy-intensive Proof of Work, GEOD’s consensus ties token issuance directly to the genuine, high-precision geospatial data contributed by certified GNSS mining stations around the world.

Geodnet was created by the GEODAO Foundation PTE LTD with the goal of building a decentralized, secure global network of GNSS (Global Navigation Satellite System) reference stations. This enables real-time, centimeter-level accurate positioning and Earth observation data that supports critical sectors such as autonomous robotics, drones, and metaverse applications. The founders designed GEOD to merge physical geospatial infrastructure with blockchain technology, incentivizing contributors with GEOD tokens while maintaining data authenticity and security through blockchain-based verification and governance by a decentralized autonomous organization (GeoDAO).

The exact creation date of the Geodnet (GEOD) token is not explicitly stated in the provided documents. However, mining rewards and network reward schedules are provided starting from July 1, 2023, indicating the token and network were operational by mid-2023 (source: geodnet.com/network).

You can use the Geodnet (GEOD) token primarily by contributing to and participating in the GEODNET ecosystem. To earn GEOD tokens, you can:

1. Purchase and operate a certified Satellite Reference Station (GNSS miner) that provides real-world geolocation and space weather data.
2. Install and register your station on the GEODNET console platform to start mining GEOD tokens daily based on data contribution quality.
3. Stake GEOD tokens within designated geographic zones called SuperHexes to boost rewards and support network growth.

GEOD tokens are used to pay fees for accessing GEODNET data services, reward space weather miners, and participate in governance votes shaping the future of the network. Additionally, you can trade GEOD on various decentralized exchanges and use it within the ecosystem’s applications such as precise positioning for robotics, AR, and metaverse projects (source: geodnet.com/network, coinmarketcap.com/currencies/geodnet/).

Geodnet can be bought on the SwissBorg app with just a few clicks. Download the app for Android or iOS and exchange cryptos instantly at the best price.

You can buy the GEOD token on decentralized exchanges (DEX) such as QuickSwap and UniSwap on the Polygon blockchain, trading pairs include GEOD/USDT and GEOD/MATIC. On the Solana blockchain, GEOD tokens with trading pairs like GEOD/SOL are available on platforms such as Orca, Raydium, and Jupiter. Additionally, GEOD tokens are also available on the IoTeX blockchain with trading pairs on Mimo. GEOD tokens are bridged between Polygon and Solana blockchains using an in-app bridge powered by Wormhole, allowing easy token transfers. To start earning GEOD tokens, you can also buy and operate a GEODNET Satellite Reference Station which contributes real-time GNSS data and rewards miners with GEOD tokens daily.

GEODNET addresses the need for a decentralized, secure, and high-precision global positioning and Earth observation network. It tackles problems associated with traditional GNSS (Global Navigation Satellite System) networks, which are often limited by centralized infrastructure, regional coverage, and lack of real-time data authenticity. GEODNET's decentralized network of certified GNSS miners reports the Sun's solar wind influence on GNSS signals to improve position accuracy to the centimeter level and time accuracy to the nanosecond level. This is vital for critical applications like autonomous vehicles, robotics, agriculture, earthquake monitoring, and location-aware blockchain applications such as metaverse and proof-of-location smart contracts. Its blockchain-based infrastructure prevents data spoofing or manipulation by employing novel Proof of Location and Proof of Accuracy protocols, providing trustworthy and auditable real-world geospatial data.

The supporting documents do not provide information regarding whether GEODNET's cryptocurrency or network is open-source or if its code is publicly reviewable.

The GEOD cryptocurrency (GEOD) tokens are generated through a mining process unique to the network's real-world sensor infrastructure. Satellite Reference Stations, called miners, generate authentic GNSS location and Earth observation data. In return for contributing this data, miners earn GEOD tokens as rewards. The network uses innovative Proof of Location (POL) and Proof of Accuracy (POA) algorithms to authenticate miner locations and ensure data quality. There is a daily mining reward schedule, for example, up to 48 GEOD tokens per day for triple-band stations before July 2024, with rewards halving annually thereafter. Tokens are also distributed based on staking within geographic regions called SuperHexes, which incentivize deployment and maintenance of the network in high-value areas. The total GEOD token supply is 1 billion, with mining tokens unlocked and distributed daily to satellite miners.

GEODNET operates as a decentralized blockchain-based network supporting a global RTK (Real-Time Kinematic) positioning service. While exact transaction speeds are not explicitly detailed, the network uses efficient consensus mechanisms based on Proof of Location (POL) and Proof of Accuracy (POA) to validate GNSS data rather than energy-intensive Proof of Work (PoW). This facilitates scalable, real-time data validation and delivery necessary for centimeter-level positioning accuracy and nano-second absolute time accuracy. The blockchain infrastructure securely handles data verification and token rewards without a single point of failure, enabling the network to expand globally with miners contributing authentic GNSS observations.

The GEODNET network is environmentally friendly compared to traditional Proof of Work blockchains because it does not rely on energy-intensive mining computations. Instead, it uses novel Proof of Location and Proof of Accuracy protocols that cryptographically verify the authenticity and quality of geospatial data produced by physical GNSS receivers, minimizing excess energy consumption while securing the network.

GEODNET employs a decentralized autonomous organization called GeoDAO for its governance model. GeoDAO oversees critical network decisions such as approving certified hardware manufacturers, setting validation parameters, and managing protocol operations. Token holders participate in governance votes to determine allocation of network resources, ensuring a democratic and transparent control structure without a central authority.

The long-term vision of GEODNET is to build a truly decentralized, secure, and globally distributed network of high-precision GNSS reference stations providing real-time centimeter-level positioning and Earth observation data. By integrating blockchain technology with physical sensor networks, GEODNET aims to improve positioning accuracy critical for autonomous robotics, drones, vehicles, and augmented reality, while empowering decentralized applications such as location-aware smart contracts and digital twins for the metaverse. The project seeks sustained network growth supported by token incentives, scalable infrastructure, and global community governance.