Ideas
Last updated
Last updated
The XRC-20 protocol builds upon the experimental standards set by BRC-20, extending these concepts by incorporating advanced encryption technologies to ensure data security and privacy.
The protocol begins by generating an initial chaotic signal using the Hyperchaotic Lorenz system, followed by the production of a new chaotic signal (a pseudo-random matrix) through iterative processing with a Gated Recurrent Unit (GRU).
Subsequently, a scrambling algorithm applies the pseudo-random matrix to transform the data provided by users into a new matrix. A scrambling algorithm then shuffles the original label coordinates into new values, and finally, another application of the diffusion process utilizes the pseudo-random matrix to finalize the new label coordinates.
The decryption is the reverse operation of this process. By integrating encryption methods combining GRU and the Hyperchaotic Lorenz system, the XRC-20 protocol maintains the integrity and confidentiality of data throughout its transmission and storage, laying a robust foundation for the development of decentralized AI.
The XRC-20 encourages active involvement from the Bitcoin community and AI researchers to collectively explore and refine the standard. We believe that through the community's efforts, the protocol can be continuously improved to enhance its security and efficiency.
As an open-source protocol, XRC-20 is committed to maintaining transparency in its design and implementation. We invite developers and researchers to review the protocol's codebase, offer suggestions for improvement, and participate in the ongoing development of the protocol. This ethos of open-sourcing is fundamental to fostering a collaborative environment where advancements are shared, and innovations are community-driven.
