Moving away from fossil fuels and back to the body

WINT Design Lab is presenting design projects with the theme of 'Regenerative Futures', which connects the human body and nature. This studio moves away from modern technologies centered on petroleum-based synthetic materials and digital screens and develops devices and biotextiles that utilize tactile and biological materials.

According to related reports, the core philosophy of WINT Design Lab is 'return to the body, return to biology'. The studio is designing infrastructure that allows humans to connect more deeply with their bodies and senses through a variety of technologies, including biosensors, physical therapy devices, inflatable structures, bio-based fabrics, and robotic origami.

Why does this design attract attention?

Modern industry relies almost entirely on fossil fuels to produce materials, and the time to transform these systems is shorter than most people realize. As an answer to this problem, WINT Design Lab proposes materials and technologies that work with the human body and do not harm the human body.

'AVA', one of the studio's representative works, is a wearable physical therapy device jointly developed with CPI Electronics with support from the European Commission's Horizon 2020 initiative. This is a device that ensures that patients recovering from muscle, ligament, and bone injuries are properly performing exercises at home. Built-in machine learning recognizes the accuracy of movements and provides feedback through vibrotactile signals. Without a screen or app, the therapist trains the device with movements, and the patient communicates only with body and tactile signals.

Another project 'GOLD' is a collagen-based textile that does not use any plastic. It is a result that reflects the philosophy that the material closest to the human body should be biologically in harmony with the human body.

Potential for a screen-less tactile interface

WINT Design Lab also explores the digital world and tactile experiences away from screens. 'Soft Interfaces' are lamps that control lighting simply by applying pressure to the surface of the fabric. It adjusts the temperature and brightness of the light by reading the pressure applied to the fabric without any actions such as taps or swipes.

In this system, a liquid metal path with a melting point below room temperature is embedded in the fabric, so the circuit does not break even when the material is stretched and bent. Both AVA and soft interfaces embody the idea that things around humans should communicate through the language of the body - touch, pressure, and movement - rather than through screens.

Flow of biomaterials and human-centered technology

Interest in sustainable materials and human-friendly technologies has steadily grown in the fields of design and technology in recent years. As awareness of the climate crisis increases, research on biomaterials to replace petroleum-based plastics has become active, and at the same time, digital fatigue caused by overdependence on screens has emerged as a social topic.

WINT Design Lab's work is located at the intersection of these two flows. The studio adheres to the principle that technology should adapt to humans, rather than requiring technology to adapt to humans. It's an approach that prioritizes physical, physical interaction over processor speed or clicking on a glass screen.

Future outlook [AI analysis]

WINT Design Lab's approach, which combines bio-based materials and tactile interfaces, is likely to present a new design paradigm in the fields of wearable devices, smart home, and healthcare. In particular, it can attract attention as an alternative interface for users who have difficulty manipulating the screen in an aging society.

However, mass production, durability, and cost competitiveness of biomaterials still remain challenges. Additional technological development and industrial infrastructure construction will likely be necessary before collagen-based textiles or liquid metal circuits reach the commercialization stage. Nevertheless, the philosophy of 'return to the body' resonates strongly with modern people who are tired of excessive digitalization, and raises meaningful questions about the direction of design and technology.