WINT Design Lab: Pioneering Regenerative Futures Through Body-Responsive Technology
WINT Design Lab is charting a course toward a future where technology fosters a deeper connection between humans and their bodies, moving away from reliance on fossil fuel-based materials and screen-centric interactions. The Berlin-based design lab envisions, prototypes and designs regenerative solutions through devices and biotextiles, prioritizing materials that work with the human body, not against it.
Reclaiming the Body: A Shift in Technological Focus
The studio’s work stems from a growing concern about the environmental impact of technology manufacturing, which heavily relies on fossil fuels. WINT Design Lab responds by advocating a “return to the body, return to biology” approach. This translates into projects that emphasize tactile experiences, biological materials, and technology that adapts to the individual, rather than demanding adaptation from the user. Their designs aim to create infrastructures that connect us more to our physical and sensorial sides.
AVA: Personalized Physiotherapy Through Tactile Feedback
One prominent example of this philosophy is AVA, a wearable physiotherapy device developed in collaboration with CPI Electronics and funded by the European Commission’s Horizon 2020 initiative. AVA addresses the challenges of at-home rehabilitation, where patients often perform exercises incorrectly without supervision, hindering recovery. The device uses embedded machine learning to recognize correct movement and provides vibrotactile feedback – a physical pulse – to guide and correct the user. Crucially, AVA operates without a screen or app, relying solely on the body and tactile communication, offering a quiet, portable, and focused rehabilitation experience.
Soft Interfaces: Touch-Responsive Textiles and the Future of Interaction
WINT Design Lab’s commitment to tactile interaction is further exemplified by Soft Interfaces, a project developed in partnership with the Fraunhofer Institute for Reliability and Microintegration IZM. This innovative technology integrates liquid metal into knitted fabrics, creating a lamp whose brightness and temperature can be adjusted simply by touching or stretching its surface. The liquid metal pathways flex and stretch with the fabric, allowing the system to detect changes in pressure and translate them into lighting adjustments. This intuitive, screenless control represents a shift towards a more direct and embodied interaction with technology.
Sustainable Materials: From GOLD to ARA
Beyond interaction design, WINT Design Lab is actively exploring sustainable materials. GOLD, a collagen-based textile developed with Mimotype, is a biodegradable alternative to petroleum-derived synthetic fibers. The studio created a demonstrator jacket from cow gut tissue using robotic yarn laying and lamination, showcasing the potential of bio-based materials for waterproof outerwear. This work aligns with the urgent need to reduce the environmental impact of the textile industry, which currently accounts for 26% of global CO2 emissions and relies heavily on synthetic fibers.
Further pushing material boundaries, the ARA project investigates the use of air as a structural material, employing parametric tessellation patterns inspired by biological systems to create adaptable and protective inflatable structures.
A Holistic Vision for a Regenerative Future
WINT Design Lab’s projects collectively envision a future where objects respond to the human body, clothing returns to the earth, structures adapt to their environment, and production occurs locally. This isn’t merely a conceptual vision; it’s a tangible direction built through ongoing prototyping and collaboration with clients ranging from sustainable startups to global companies and research institutes. The lab’s work represents a compelling step towards a more sustainable, embodied, and human-centered technological landscape.