Everbloom develops AI-based fiber technology

Everbloom has created a materials science–based artificial intelligence system called Braid.AI. This technology allows detailed control over fiber properties, making it possible to develop fibers with different features. One of the key targets is creating a fiber similar to cashmere, while the system is also designed to support other materials commonly used across the textile industry.

The company’s broader approach focuses on collecting waste from every stage of the fiber supply chain. This includes unused cashmere and wool from farms, production facilities, and bedding suppliers. In the future, Everbloom plans to expand waste collection to additional industries, such as poultry. All of these waste sources contain keratin, which is the main protein used in Everbloom’s production process.

Once collected, the waste is ground to a specific size and mixed with patented compounds. This blend is then extruded into small granules, which are fed into spinning machines typically used for polyester production. According to Sim Gulati, this type of machinery is responsible for producing nearly 80% of textile materials worldwide, making it important for the new fiber to work as a direct replacement with minimal equipment changes.

Everbloom states that all the fibers it produces are intended to be biodegradable, including alternatives designed to replace polyester. Gulati explained that every component used in the process is biodegradable and that the material is currently undergoing accelerated testing to confirm this. Since the production relies on waste materials, the company expects the overall environmental impact to be much lower.

Gulati also emphasized that affordability is a key goal for the company. He stated that environmentally responsible products should not automatically cost more and rejected the idea of a “sustainability premium.” For the material to succeed, he believes it must offer both performance benefits and economic value for brands, suppliers, and consumers alike, which is the outcome Everbloom is working toward.