
Nike - DEUS
Nike - DEUS is the result of a project that is based on future developments in the textile industry and technology. To assess current trends and identify opportunities, the fashion sector is analyzed and Delphi studies are used to incorporate expert opinions. Three scenarios are developed to offer forecasts with different emphasis. The final result is a valid representation of what may become our reality in 2050.
Responsibilities - Industry assessment, Formulating expectations, Scenario writing, Feasibility evaluation, Functional overview
Innovation: Human-Brain-Interface, High-Tech Material, Impact Capacitors, Contractive Fibres
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Scenario
Companies don’t receive enough push from consumers, government & NGO’s to implement sustainable strategies. Transportation is all fully electric and energy sources are green. Companies are able to make large revenues, which is spent on R&D. The general attitude in the industry is ‘Profit over sustainability’, expressed by the high financial motivation for technology rather than eco-innovation. Collaborative consumption did not root in society, so fast fashion stayed mostly as it is now. E-commerce is a dominant pattern of consumption. Every transaction for goods and services happens online without any physical currency. Smart clothing finds its application in medical, sport and daily fashion. Within society, negative associations towards secondhand clothing are prevalent. The wealthy part of society consumes most of their clothes, which is recycled and sold to lower classes of society.
Entertainment through sports becomes the main driver of public interests, as technology elevates humans above their physical limits. The competitiveness is intensive. For America, developments lead to the implementation of healthy eating habits. Automated cars are the main mean of transport. In the fashion industry, working
conditions have improved, but not yet for the upcoming industry of smart clothing. Big tech companies
increase their reach and influence on politics and societal development.
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Concept


The final concept is based on a layered structure, that provides ultimate functionality. A processor integrated into the sole is powered by the kinetic energy of the runner. Furthermore, the generated current is used with contractive fibres, that adjust to the load case and provide support. A wireless connection between a medical nanobot and the processor allows information transfer and stimulation of the visual nerve of the user. That way the user is able to see direct feedback about his muscle exhaustion and posture, just inside the natural field of vision. This application only works while wearing the DEUS shoes and is controlled by eye movement. The implemented AI algorithm adapts user habits and fully monitors the needs and medical specifications to provide training opportunities with absolute effectiveness and efficiency




project video created by Canxuan Li


