DID White paper
Revolutionize WiFi location sharing for advertizing
Last updated
Revolutionize WiFi location sharing for advertizing
Last updated
DID represents an innovative mining project that is accessible to everyone and does not require the use of any additional hardware devices. The core requirement is simply a smartphone equipped with the MXC's AXS wallet app. This unique approach makes the project highly accessible and user-friendly.
The primary objective of DID is to harness the power of users' smartphones in scanning nearby WiFi signals. This process involves identifying and recording the Basic Service Set Identifiers (BSSID) and their corresponding MAC (Media Access Control) physical addresses. These technical elements play a crucial role in the project's functionality.
Participants in the DID project contribute by actively scanning WiFi-BSSID-MAC information. They then bind this data with hexagonal geographical location information, forming what is known as Unit Pair Data (UPD). A UPD is a composite of HexagonID and BSSID-MAC, which, when combined and uploaded to the network, enables users to earn DID rewards.
DID is not just about scanning and data collection; it involves a dynamic management system. This system includes adjusting the production rate of DID tokens, modifying the mining difficulty, and providing privacy-protected DID access services for a fee. These mechanisms ensure that the project can generate external value, which is then efficiently redistributed back to the community. It's a sustainable model that not only rewards participants but also ensures ongoing growth and development of the project.
By participating in DID, users are at the forefront of a decentralized approach to identity discovery and digital connectivity, leveraging the widespread availability of WiFi networks for a new era of internet mining.
An innovative aspect of DID is the integration of scanned WiFi data with real-world geographic locations. This is achieved through the use of MXC hexagonal addresses, which provide a precise and structured method of mapping the physical world within the project's framework, while protect users location privacy by hiding them in 2km's hexagons. Users can explore these hexagonal addresses through the .
