The Upright Man
Section Zero - Classified
Image Source:
- Ben Mauro
- To provide and manufacturer state-of-the-art cybernetic implants that will change the way sentients live.
- N/A
- Autrio Technologies
- DJN-0
- Private market - must be bought IC
- Yes, minor modularity with future Autrio Technologies cybernetic kits.
- Mass Produced
- Cybernetic components
- Exonium
- Agrinium
- Terenthium / Desh
Description:
- First and foremost, the cybernetic implants remove the eyes of the organic. Once done, cybernetic components are wired surgically to the brain. At this point, the DJN implants act simarily to the Autrio Technologies C-series 1 droid. Utilising a large mouthpiece, it is capable of sending off several frequencies simultaneously. By this, it can see visually through the detection of sonar by emitting low-level wavelengths, thus allowing the organic to see irregardless of low-level vision or smoke, but obviously it has its set backs. Where photoreceptors or eyes may see in ultraviolet or infrared, the DNJ's are unable.
- To counter the problem of ultraviolet or infrared vision, alternations can be made to switch from sonar-sight to photoreceptors. The front rectangular device where the eyes are oft located act as photoreceptors, soaking in images from light given off. While it has poor low-light visibility and works poorly in smoke, it can pick up on ultraviolet light or act as infrared vision.
- Tracing back to the C-series droid, the mouth piece can be adjusted in volume. This is a luxury and not an necessity for the uses of the implant. Though it can be harnessed for purposes of crowd control, broadcasting news / speeches.
- The energy source is Exonium, providing power for the droid on the go. Terenthium and desh act as the super-light frame of the cybernetics. Sturdy, light, cheap, reliable. Agrinium serves as an anti-corrosive layer for the frame, due to its aluminium properties.
- In conjunction with sonar-sight, cybernetic ears come in this all-in-one package. The hearing can be fine-tuned for noise reduction whilst utilising sonar-sight, to avoid loud noises from causing the organic pain receptors from flaring.
