Graphene-infused silk. CRISPR bioluminescent mesh. Nitinol shape-memory wool. We engineer textiles at the intersection of materials science, biotechnology, and haute couture.
Each material undergoes 24 months of laboratory validation before entering our production registry. Click any color swatch to shift the accent tone.
Conductive Smart-Textile
Single-atom carbon lattice woven into recombinant silk fibroin at 1,200 threads/cm². Enables real-time biometric telemetry, piezoelectric energy harvesting, and dynamic thermal regulation — all invisible to the wearer.
Color Swatches — 6 tones
Applications
Photonic Living Fabric
CRISPR-engineered bioluminescent proteins (Lux operon variant) suspended in a biocompatible hydrogel matrix and encapsulated within hollow polyamide microfibers. Emits visible photons in direct response to the wearer's serotonin and cortisol levels.
Color Swatches — 6 tones
Applications
Structural Adaptive Knit
Merino fibers crosslinked with nitinol nanocrystals and hygroscopic aerogel microspheres. The fabric autonomously adjusts its weave density, drape coefficient, and insulation factor in response to ambient humidity and body temperature — no electronics required.
Color Swatches — 6 tones
Applications
Conductive Smart-Textile
Single-atom carbon lattice woven into recombinant silk fibroin at 1,200 threads/cm². Enables real-time biometric telemetry, piezoelectric energy harvesting, and dynamic thermal regulation — all invisible to the wearer.
Color Palette — Magnetic Response
14 contracts
32 brands
9 FDA studies
6 maisons
21 projects
11 partners
Physical sample kits are available to qualified research institutions, luxury brands, and defense contractors. NDA required for R&D materials.
By submitting you accept our Material NDA Terms. Samples shipped from Paris.