Algal Bioskin functions as a living, breathable interface between humans and the environment. The algal material captures CO₂ directly from the human skin while producing energy for the wearers through algae’s photosynthetic processes. Over time, the bioskin can harden into a durable fabric or cartilage-like structure, offering applications in medical healing, such as tissue regeneration, or as adaptive wearable technology. By incorporating biosensors, it monitors physiological signals and responds to environmental conditions, creating a symbiotic relationship between the wearer and the material.

Regenerative Textiles extend this innovation into the fashion industry, enabling garments to self-repair and grow, challenging the unsustainable fast-fashion paradigm. These textiles, created from algae-based materials, are fully recyclable, returning to a solid-state carbon slurry to serve as raw material for new creations. This circular approach transforms fashion into a climate-positive industry, addressing the ecological and ethical challenges of textile production.