Network Architecture

1.Digital Land Registry
The Digital Land Registry functions similar to the DNS of the World Wide Web. It creates an authoritative geographic namespace covering the globe that's divided into unique digital land parcels. Publishers link digital content to land parcels NFTs. Browsers resolve linked content by mapping user geolocation to a digital land parcel and its content.
2.Partial Common Ownership
Digital land is administered through a partial common ownership system. Land licensors must contribute an ongoing fee to the network based on their self-assessed value of the land. Any one can buy a digital land parcel by paying the self-assessed value to the current licensor. This system encourages productive usage of land and creates a sustainable public goods funding model.
3.Geo Web Cadastre
The Cadastre is the core user interface for land licensors—enabling digital land claims, transfers, fee payments, and changes to linked content. This map-based interface can also be used to explore Geo Web content and experiences.
4.Geo Web Browsers
Just like a traditional web browser, Geo Web spatial browsers offer a universal interface for an unlimited variety of experiences. They use GPS (or another suitable geolocation system) rather than URLs to navigate the network. Geo Web browsers can be canvas-based (smartphones & watches) or field-of-view (smartphone camera & glasses).
5.Content Layer
Geo Web publishers can link content via client-server or peer-to-peer content networks. Utilizing P2P architectures is especially attractive on the Geo Web because browsers seeking the same content will be geographically clustered—increasing network resiliency, efficiency, and censorship resistance.