Approved Tech DDSI Applied Sciences - Nanotextile Embedded Sensor Array

[Derron Daks]

Image source: midjourney.com prompted by me

SPECIAL FEATURES

• Embedded sensor array within nanotextile (https://www.starwarsrp.net/threads/ddsi-applied-technologies-nanotextiles.187086/) garment
• Can scan objects surrounding the wearer, or the wearer themselves.
  • Can scan Infrared
  • Can scan Ultraviolet
  • Can detect Electromagnetic energy
  • Can perform Life-form sensing
  • Can detect radiation
  • Can detect gravity
  • Can detect atmospheric composition
  • Can perform detailed bioscans
  • Can detect chemicals in the environment
  • Can perform digital 'zoom' on distant visible objects.
  • Can perform digital close-up analysis as a microscope.
• Can serve as a neuro-machine interface (https://starwars.fandom.com/wiki/Neuromachine_interface) device by reading the wearer's nerve impulses and brain patterns.

STRENGTHS

• Wearable nanomachine sensor layer embedded within nanotextile
• Requires no external power source, feeding off the wearer's own bioelectric energy.
• Can serve as a neuro-machine interface device for linking with computers or vehicles without necessitating an implant.

WEAKNESSES

• Because it feeds on bioelectric energy, which must be replenished, the wearer must consume an extra 500 calories per day.
• Ion weapons will disrupt the sensor array, forcing a reboot and loss of signal for one minute.
• Anything normally invisible to sensors can't be detected with this sensor array.

DESCRIPTION
DDSI's (https://www.starwarsrp.net/threads/ddsi-dynamic-discoveries-scientific-initiatives.179517/) Applied Sciences continues to develop its nanotextile technology with their innovation of the Nanotextile Embedded Sensor Array. (NESA) It is little more than the installation of microscopic sensors onto the matrix of existing nanotech. Each individual sensor, being microscopic, has little data collection power. However, when billions of these are present within a textile array, the sensor-gathering power rivals that of dedicated sensor equipment. This useful innovation allows DDSI researchers to keep their hands free while collecting data about their environment. Additionally, the ability of the garment to serve as a neuromachine interface is a boon to DDSI personnel who do not elect to receive cybernetic implants. This is because the garment can continuously monitor nerve impulses and brainwaves in the wearer's body and convert them into digital signals readable by properly equipped computers or vehicles.

As usual, DDSI's Applied Sciences division has chosen to fund their research and development by making this technology available to those who inquire, at a modest markup.

 

[MANIAC]

Derron Daks

Another cool sub! One question, it is able to sense/detect the life-forms under cloaking device?

 

[Derron Daks]

Derron Daks

Another cool sub! One question, it is able to sense/detect the life-forms under cloaking device?

I do not intend that this can penetrate any cloak that is normally invisible to sensors.

 

[MANIAC]

Derron Daks

Thank you!

Approved.