Worldly (formerly Higg)
The global standard for fashion impact intelligence and real-time sustainability data.
The bridge between cutting-edge material science, AI-driven sustainability, and global fashion implementation.
Fashion Tech Lab (FTL) is a specialized hybrid venture and technology deployment platform that identifies, develops, and implements transformative technologies for the fashion industry. By 2026, FTL has positioned itself as the premier architect for high-performance sustainable supply chains, leveraging artificial intelligence to optimize material discovery and molecular engineering. Its technical architecture focuses on scaling innovations such as lab-grown leather, bio-fabricated silk, and nanotechnology-driven coatings that provide functionalities like self-cleaning or thermal regulation without toxic chemicals. FTL operates by bridging the gap between isolated laboratory breakthroughs and the mass-market scalability required by luxury and heritage brands. The platform provides a structured environment for testing technical feasibility, ensuring that new materials meet the rigorous durability and aesthetic standards of the high-fashion world. By integrating AI for predictive modeling of material wear and environmental impact, FTL provides brands with a data-backed roadmap to transition from linear to circular production models, ensuring both compliance with 2026 global ESG regulations and market-leading innovation.
Use of bio-reactors to grow leather and silk at a molecular level, reducing water and land usage by 90%.
The global standard for fashion impact intelligence and real-time sustainability data.
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Application of nano-coatings for antimicrobial, hydrophobic, and fire-retardant properties.
Simulation models that predict how bio-based materials will age and degrade over 100+ wash cycles.
Embedded chemical signatures within fibers that act as an unalterable digital twin for traceability.
Conductive threads and flexible sensors integrated into garments for biometric tracking.
Systems for breaking down blended fabrics into their base polymers for infinite reuse.
Utilization of carbon-capture technology to create acetate and polyester equivalents.
Luxury brands needing high-quality leather alternatives that aren't plastic-based.
Registry Updated:2/7/2026
Reducing bulk in performance wear without losing heat retention.
Meeting strict 2026 EU regulations on supply chain transparency.