Soraquint

Soraquint is a fictional wearable optical sensor system designed to augment human vision through digital imaging and multi-spectral sensing. Conceived for field exploration and emergency response, it combines compact optics with on-device processing to deliver enhanced real-time imagery.

Etymology and concept: The name blends the in-universe roots sora for sky and quint for five spectral bands, reflecting its five-channel imaging pipeline. It is commonly depicted as a lightweight module attachable to helmets or eyewear.

Design and capabilities: Soraquint incorporates a multi-spectral sensor array spanning visible light, near-infrared, and short-wave infrared bands, plus depth sensing via time-of-flight. It uses computational imaging to blend channels, suppress haze, and elevate contrast in low-light environments. A translucent heads-up display overlays information, and the system supports wireless data transfer to field tablets.

History and usage: Introduced in science fiction settings during the mid-21st century, Soraquint is portrayed as a tool for geologists, biologists, pilots, and rescue teams operating in deserts, mountains, or smoky urban environments. It is often depicted with power sourced from flexible batteries and solar recharging.

Reception and significance: In fiction, Soraquint is cited as a breakthrough for situational awareness, though authors note trade-offs including cost, battery life, and privacy concerns due to enhanced surveillance capabilities. See also other fictional imaging devices.