Abstract
SSP Project – Introduction
The Sustainable Smart Parasites (SSP) project explores the intersection of connectivity, sustainability, and advanced nano-electronics, aiming to create innovative objects that enhance human interactions while minimizing energy consumption. Leveraging the potential of printed and soft electronics, this research reimagines how connected devices can function in a resource-conscious manner, challenging the traditional high-energy requirements of current technologies.
Reimagining Connectivity: The Evolution of Smart Parasites and Sustainable Design
In the last decade, the concept of connectivity has revolutionized our interaction with the surrounding world, reshaping how we engage with our bodies, possessions, and environments. However, the seamless integration of such technologies often necessitates extensions—termed "parasites" in this context—that connect to existing systems to augment their functionality.
The SSP project pioneers a paradigm shift, envisioning a new generation of "smart parasites" that prioritize sustainability. These technology-driven objects are designed with energy efficiency, eco-friendly production processes, and minimal carbon footprints as foundational principles. By advancing the capabilities of printed electronics, the SSP project aims to redefine how we approach the development of connected devices in the modern age.
Interdisciplinary Approach
Led by Professor Nitzan Cohen and the Design Friction Lab, in collaboration with Professor Paolo Lugli and the Sensing Technologies Lab, the SSP project is rooted in interdisciplinary innovation. Both labs are integral parts of the Free University of Bozen-Bolzano, fostering a synergistic partnership between design and nano-electronics engineering.
Axes of Exploration
The SSP project is structured around three primary axes of inquiry:
* Object Parasites: Investigating how small-scale, technology-embedded objects can extend the functionality of everyday items.
* Body Parasites: Prototyping wearable technologies that interact seamlessly with the human body, enabling enhanced physical and sensory connections.
* Space Parasites: Exploring the integration of smart objects within architectural and environmental contexts to foster adaptive and interactive spaces. Through these axes, the SSP team employs cutting-edge nano-technology techniques to envision and prototype diverse families of sustainable, connected objects. These prototypes not only address technological innovation but also consider ecological imperatives, ensuring a holistic approach to design and production.
The Sustainable Smart Parasites project exemplifies a forward-looking research initiative, merging creativity, technological ingenuity, and ecological responsibility to shape the future of connectivity in an increasingly resource-conscious world.