What are bio-technologies in architecture in 2026? It's a shift from extraction to cultivation. We create furniture from mycelium and bio-polymers, managing biological growth. These are living organisms in miniature, becoming functional art.
Mycelium as a Frame
Mycelium is the foundation of new engineering. We direct fungal growth in molds, creating an ultra-strong material with 'Diffuse Absorption' of sound.
No glues or resins. The fungus naturally binds the filler, forming a monolith. Circular economy in action.
We partner with leading bio-labs to ensure quality control at every stage of growth.
Bio-Polymers: Oil-Free Plastic
Innovative blends based on oils and lignin. Some contain chloroplasts, absorbing CO2 and releasing oxygen ('Forest Oasis' effect).
Zero VOC. Tactilely like warm stone. 'Bio-Indication' of air quality.
Unique Textures
'Controlled Chaos' of fractal patterns. Every desk is unique. Seed integration for pattern sprouting ('Slow Design').
Gradient growth: density where load is high, porosity where acoustics are needed.
Bio-Luminescent Light
Living light from Pyrocystis algae in microfluidic channels. Soft neon glow reacting to movement. No electricity needed.
Self-Healing Bio-Leather
Bacterial cellulose (Acetobacter xylinum). Stronger than leather, 100% vegan. Scratch regeneration in 24 hours with nutrient gel.