The therapeutic red light mask for the eye area relieves eye strain, promotes blood circulation, supports the regeneration of the upper eyelids, and may help reduce wrinkles.

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The developed IPL device automatically detects skin tone and adjusts the light intensity individually for safe and effective hair removal. Thanks to high-speed flash technology, treatments are fast and comfortable—ideal for both home and professional use.

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The smart ring continuously tracks key health data such as heart rate, temperature, sleep patterns, and stress indicators—discreetly and suitable for everyday use. By analyzing this data, it supports preventive measures, early detection of strain, and improved well-being in daily life, at work, or during rehabilitation.

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The smart motorcycle glove combines integrated heating elements with sensors that measure finger temperature. The heating system is automatically activated when the glove is put on and adjusts the heat output according to individual needs.

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As part of the project, a bed system was developed that uses integrated sensors to monitor sleep data—such as movement, heart rate, and breathing—contactlessly. The technology enables precise analysis of sleep quality, supported by a user-friendly app featuring detailed reports, smart alarm functions, and personalized recommendations. The system integrates seamlessly and offers potential applications in health, ergonomics, and sleep optimization.

Vulpés' illumination technology ensures optimal visibility in work environments—whether in industry, construction, or logistics. By integrating intelligent lighting solutions into workwear, we actively enhance worker safety, especially in low-light conditions or high-risk areas. Visibility saves lives.

Illuminated fashion combines style with technology: integrated LEDs and optical fibers create eye-catching designs that glow in the dark and can be customized via smartphone—changing colors, patterns, and brightness. Beyond the visual wow factor, this technology also enhances safety by improving visibility—ideal for nighttime activities like cycling or jogging. The lighting is rechargeable and can be integrated into a wide range of garments, from jackets to accessories.

A flexible heating pad was developed that enables even, energy-efficient heat distribution thanks to graphene technology. It adapts ergonomically, is lightweight, washable, and offers smart control options.

​The developed patch continuously measures various parameters such as pH value and temperature directly at the wound site, and uses an AI algorithm to detect early signs of sepsis. Critical changes are automatically reported. This enables early sepsis detection and helps improve the quality of care for chronic wounds.

The sensor box for non-invasive patient monitoring in hospitals is equipped with more than 12 sensors that continuously measure vital signs such as heart rate, blood pressure, oxygen saturation, ECG, and movement. The collected data is transmitted in real time to a central system that enables precise analysis and early identification of health risks. By using non-invasive technologies, patient comfort is improved, invasive procedures are reduced, and more efficient use of hospital resources is made possible.

Our smart insoles for winter sports continuously monitor key health data such as foot temperature, pressure load, and movement activity—discreetly and efficiently. Thanks to the integrated heating function, the insoles keep your feet comfortably warm as needed. With app control, these metrics can be tracked and analyzed in real time to optimize performance and help prevent injuries.

Flexible insoles with app control and inductive charging were developed. They provide individually adjustable warmth for maximum comfort—wireless, rechargeable, and ideal for everyday use, sports, or work.

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The smart solar bag combines elegant design with integrated solar panels for mobile power supply—ideal for charging smartphones and wearables on the go. Function meets style: sustainable, practical, and perfect for the urban lifestyle.

The project involves developing a smart workstation mat for industrial workplaces that monitors employees’ posture and movements in real time. High-precision sensors analyze pressure distribution and sitting behavior to detect ergonomic risks and inefficient processes early. The goal is to promote employee health and sustainably increase productivity in production.

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