A team of designers comprised of Vivien Roussel, Madalina Nicolae, and Marc Teyssier work together to create the BioHybrid Device for gaming. It is a video game controller and the idea brings attention to biofabrication instead of a product that is constructed in an assembly line.
It fuses biological growth together with digital fabrication. It is grown using a symbiotic culture of bacteria and yeast materials and then integrated with sensors and electronic features. The designers were able to make this possible by fusing electronic components into living organisms which in the end, created an interactive biohybrid device, blurring boundaries. The idea started with the question prompt “What if we could biologically grow interactive devices?”
Image Credit: Vivien Roussel, Madalina Nicolae and Marc Teyssier
What's Driving This Trend
- Biofabrication in Gaming
- Biofabrication in gaming presents an opportunity to create controllers that are organically grown, integrating natural materials and digital functionality.
- Symbiotic Electronic Interfaces
- The development of symbiotic electronic interfaces offers transformative ways to blend living organisms with electronic sensors, revolutionizing interactive technology.
- Living Technology Design
- Living technology design pioneers the blending of biological and digital elements, creating immersive and adaptive gaming experiences.
Who This Affects Most
- Gaming Accessories Industry
- The gaming accessories industry can explore biohybrid controllers to attract environmentally conscious consumers seeking sustainable tech options.
- Biotechnology Industry
- Biotechnology finds new applications in gaming by merging biological growth with digital fabrication to innovate interactive devices.
- Smart Materials Industry
- The smart materials industry could capitalize on biohybrid designs to develop products that incorporate living organisms for advanced functionality.
