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Stray Animal IP Design and Commercialization Based on Generative Models

Yantong Dong
World Scientific Research Journal, (2026), Vol.12, No.10, pp.232-242
Published: September 21, 2026
DOI: 10.6911/WSRJ.202610_12(10).0021
PDF: Download Full Text PDF
Abstract

We propose this research to establish an integrated IP generation and commercialisation system for rescuing stray animals, based on diffusion models. By integrating ControlNet for skeletal constraints and latent-space interpolation, the system enables millimetre-level precision by reconstructing animal characteristics, compressing the IP design cycle from months to 30 minutes. It generates derivative results, dynamic rehabilitation diaries, and NFT digital collectable content to create emotional engagement. In addition, it creates a decentralised commercial model with blockchain infrastructure that automatically distributes sales revenue to support physical rescue operations such as treatment and sterilisation. This creates a closed loop of "emotional connection, commercial response and life-saving". The prototype solution utilises ethical technological design to ensure that the pre-eminence of virtual IP wealth does not threaten earthly challenges and can serve as a scalable model for AI initiatives for social good.

Keywords: Generative Models, Stray Animal IP.
APA Citation: Yantong Dong (2026). Stray Animal IP Design and Commercialization Based on Generative Models. World Scientific Research Journal, 12(10), 232-242. https://doi.org/10.6911/WSRJ.202610_12(10).0021

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