StarSight
In collaboration with Bana Quronfuleh, Zac Miller-Waugh, Luke Hale and Paul Morat.
StarSight is a conceptual project envisioning a face wearable that can seamlessly help to navigate the city, whilst fostering a connection to the stars and universe. Unlike traditional navigation tools, StarSight does not emit light directly. Instead, it activates bioluminescent patterns in the surrounding urban environment, guiding users while allowing them to enjoy the beauty of the night sky.
The vision was shaped by insights drawn from our detailed morphological chart, exploring what society might look like in a future city by 2040. Key facts that influenced the concept include:
- Grid overload: leading to significant energy distribution problems.
- Dark Sky Areas: emerging as a consequence of blackouts.
- Biotechnology: using genetically modified bioluminescent organisms as alternative light sources.
Light pollution was identified as a pervasive issue, impacting a significant part of the world’s urban population. Currently, only one in a hundred people has the privilege of experiencing a clear night sky. Beyond diminishing this natural wonder, light pollution disrupts public health - contributing to sleep loss, higher obesity rates, and an increased risk of cancer - but also leaves a lasting impact on the environment.
Scenario exploration
The concept envisions the creation of a European metropolitan powerhouse by merging four regions: the Netherlands, Flanders in Belgium, North Rhine-Westphalia in Germany, and Lille in France. This dynamic cross-border urban network, named Euronexus, represents a bold step toward interconnected urban development.
In 2040, Euronexus launches a groundbreaking experiment. For one night, the entire metropolis will be immersed in complete darkness as part of the Dark Sky Initiative. No longer is light indiscriminately cast into the night sky; instead, it is applied with purpose and care, rethinking how urban illumination can coexist with environmental sustainability.
Development
We developed a range of prototypes, starting with low-fidelity models that evolved in more refined iterations. Our final model was contructed using spot welding and wire bending, with electroluminescent wire incorporated to stimulate the speculative electromagnetic radiation on the wearable. The design features a futuristic and minimalist aesthetic, inspired by face jewelry.