01
Concept Exploration
Na.util.us began as a speculative concept that imagined how divers could use augmented interfaces to enhance underwater safety, communication, and discovery. It explored how wearable computing and data visualization could extend human capability beneath the surface.
02
Interface Design
The visual system was built to deliver real-time environmental feedback, including depth, temperature, oxygen levels, and compass orientation. Its goal was to create a balance between clarity and immersion, by displaying vital information without overwhelming the diver’s view of the ocean environment.
03
Intelligent Recognition
Using early ideas around computer vision, the system conceptually identified marine life and key underwater objects. These overlays added contextual intelligence to the diving experience, helping divers recognize species and navigate safely through complex underwater terrain.
04
Motion & Visualization
To bring the concept to life, I developed motion sequences simulating the diver’s point of view. These visualizations integrated real-time telemetry and AR data overlays, demonstrating how dynamic feedback could create a more interactive and intuitive underwater experience.
