GEODNET
$GEODGEODNET is a decentralised physical infrastructure network of GNSS reference stations providing precise real-time kinematic positioning data for centimeter-level accuracy.
Last verified 3 days ago (9 Aug 2026)
The documentation covers the core RTK network concept, the role of Base Stations, and the tokenomics (including the 80% buy-back and burn mechanism). It does not specify the exact retail price of the Satellite Reference Stations or the GEO-PULSE device, nor does it list specific reward rates in USD or token amounts.
Participation at a glance
- Entry cost
- Requires purchasing a Satellite Reference Station or a GEO-PULSE device, but prices are not specified in the provided text.
- Not available · 9 Aug 2026
- Reward model
- Data Contributed
- Verified · 9 Aug 2026
- Launched
- Not recorded
- Availability
- Not established
How this score was reached
Solid, with some gaps. This measures how well the network can be assessed and participated in: documentation, verification, cost of entry, maturity and operator risk. It is not a prediction of returns, and it reads nothing from token price.
- Documentation depth19/25
3 of 4 core areas documented (rewards, hardware, node, participation)
- Verification strength10/20
entry cost unavailable, rewards verified
- Accessibility6/20
entry cost not published — treated as unknown, not free
- Operational maturity15/15
mainnet
- Operator risk8/12
moderate risk, intermediate difficulty
- Verification freshness8/8
verified within the last month
What it does
GEODNET (Global Earth Observation Decentralized Network) is a Web3.0 blockchain-based RTK (Real-Time Kinematics) network. By establishing a global network of permanent GNSS reference stations (Base Stations or Satellite Miners), GEODNET provides real-time correction data that allows nearby devices within approximately 20 kilometres to achieve instant centimeter-level positioning accuracy. This high-precision data is critical for autonomous vehicles, drones, agriculture, construction, and consumer mapping applications.
How it works
Base Stations installed on rooftops globally act as reference nodes. They stream real-time correction data to nearby subscribed devices. This correction stream enables centimeter-level accuracy for GPS-enabled systems. In return for providing this continuous, high-quality data, station operators are rewarded with GEOD tokens.
How to participate
To participate, purchase an approved Satellite Reference Station, install and optimize it on a rooftop, register the station on the GEODNET Console, and connect a compatible wallet (Polygon or Solana) to start earning daily rewards.
Requirements
- Hardware
- A GEODNET Satellite Reference Station (Base Station) or a GEO-PULSE car navigation device.
Pros and cons
Strengths
- Enables high-precision centimeter-level positioning for critical industries like robotics and autonomous vehicles
- Strong tokenomics with 80% of data revenue used to buy back and burn GEOD tokens
- Opportunities for additional rewards through Location NFTs and Staked SuperHexes
Drawbacks
- Requires physical installation of a reference station on a rooftop with clear sky visibility
- Rewards are subject to hex-based rules and potential splitting if not the first to establish a Location NFT in a hex
Risks
Requires upfront hardware purchase and proper outdoor installation. Rewards depend on maintaining high performance (e.g., 98% score) and location-based hex rules.
Official links
Sources
- The decentralized location layer for robotics · retrieved 9 Aug 2026
- Introduction | GEODNET DOCS CENTER · retrieved 9 Aug 2026
This page is research, not financial advice. Figures carry the confidence label and verification date shown beside them, and reward rates can change without notice. Confirm everything against the project's official documentation before buying hardware or committing funds.