GENESILK:AN INTELLIGENT SYSTEM FOR SUSTAINABLE BIO-SILK INNOVATION
DOI:
https://doi.org/10.71366/ijwos03032649769Keywords:
Bio-Silk Production,Genetic Engineering, Artificial Intelligence, Machine Learning, Gene Optimization,Sustainable Textiles, Environmental Monitoring,Data-Driven Prediction, Eco-Friendly Manufacturing, Smart Production System
Abstract
GeneSilk is an intelligent system developed to transform sustainable bio-silk production using advanced biotechnology and artificial intelligence. The project integrates genetic engineering techniques to enhance silk protein strength, durability, and yield by identifying optimal gene combinations. Machine learning algorithms analyze biological and environmental data to predict performance outcomes and improve production efficiency. The system reduces reliance on traditional silkworm farming, promoting cruelty-free and ethical textile manufacturing. It minimizes environmental impact by optimizing water usage, reducing chemical consumption, and ensuring eco-friendly production practices. Real-time monitoring and data-driven analysis maintain consistent quality and scalable manufacturing processes. By combining biotechnology, AI, and smart environmental management, GeneSilk provides an innovative, sustainable, and future-ready solution for next-generation bio-silk production.
Downloads
Published
Issue
Section
License

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.


