Gps Network (Decentralized Geospatial Mapping)
  • ➡️Gps Network (Decentralized Geospatial Mapping Network)
  • 🔎General Overview and Problem
  • 💡The Solution: Gps Network ($GPS)
  • 🔑System Overview (Three key components)
  • ⬆️Upload Strategy (Smartphone and PC-led approach)
  • 📚Data Validation Strategies
  • 🪙GPS Reward Algorithm
  • ♻️Token Economy
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Upload Strategy (Smartphone and PC-led approach)

PreviousSystem Overview (Three key components)NextData Validation Strategies

Last updated 10 months ago

With over 7 billion devices globally, including 1.5 billion equipped with AI-accelerated chips, smartphones and PCs are pivotal for constructing decentralized physical infrastructure networks (DePIN). These networks utilize blockchain to crowdsource and tokenize digital and physical infrastructure, enabling decentralized management.

Smartphones and PCs offer unparalleled scalability for decentralized applications. Users can join Gps Network by connecting a wallet and uploading videos, eliminating upfront costs and lowering entry barriers. These devices, equipped with various sensors and AI chips, enable efficient real-time data capture and processing.

Smartphones, in particular, are equipped with diverse sensors and AI-accelerated chips, allowing for efficient on-device AI processing and real-time insights. Devices like Apple iPhones with Bionic chips, and those from Samsung, Huawei, and Google, exemplify this capability.

Gps Network adopts a smartphone and PC-led approach instead of hardware-centric solutions to avoid significant investment and supply chain issues. This strategy ensures accessibility, user-friendliness, and scalability. Utilizing existing cameras on smartphones and PCs, Gps Network can crowdsource real-time data, create a digital twin of the world, and advance decentralized technology in practical, everyday use.

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