Werewool develops bio-fabricated materials that mimic the performance characteristics of natural fibers at the molecular level. This technology enables the creation of high-performance textiles with tailored properties like strength, elasticity, and insulation. The company offers a sustainable alternative to traditional synthetic and natural fibers for various textile applications.
Funding
$9.8M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The fashion industry relies heavily on synthetic fibers and water-intensive dyeing processes, contributing significantly to environmental pollution and resource depletion. Current textile production methods often result in microplastic shedding, ecotoxicity from dyes, and unsustainable consumption of raw materials.
Solution
Werewool is developing a fiber production platform that uses engineered microbes to create biodegradable protein-based fibers with inherent color and performance properties. This eliminates the need for traditional dyeing processes, reducing water pollution and chemical usage. The resulting fibers are designed for a circular lifecycle, returning nutrients to the ecosystem at the end of their useful life and minimizing microplastic pollution. By harnessing nature's blueprints, Werewool aims to provide a sustainable alternative to conventional textiles, reducing the fashion industry's environmental footprint.
Target Audience
Werewool's primary customers are textile manufacturers and fashion brands seeking sustainable and environmentally friendly alternatives to conventional fibers.
Features
- Engineered microbes produce designer proteins that give color and performance to textile fibers.
- Fibers are biodegradable and designed to return nutrients to the ecosystem.
- Inherent color eliminates the need for water-intensive and polluting dyeing processes.
- Protein structure provides structural performance properties, such as elasticity.
- Fibers are designed to minimize microplastic shedding.
- Platform explores composite materials and waste streams to minimize fiber footprint.