Profile Dampener Theorizing

When I was researching weapons and equipment for my Dangerous Equipment blog, I had ran into the problem that there isn't much information at all about these equipment most of the time. The only source of information I had was the brief description attached to them as part of the NeoCom. In particular, the profile dampener got me curious, as the only description I had about it was what it does, it reduces your profile signature. It leaves a lot of questions open:

How does the profile dampener reduce your profile signature? What is profile signature? Why is your profile measured in decibel? Curious, I started researching various different equipment and dropsuits relating to profile signature, made a thread about it and asked for other people's opinions about their functionality. With the help of another helpful mercenary by the callsign of JDEZ09, we formed up a solid theory on the exact function of profile dampeners and active scanners, and I thought to share it here.

First of all, in order to understand how a profile dampener works, we need to know what profile is, and how scanning works. Reading the description of the Active Scanner comes to help:
Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals.
On top of that, the general fact that your profile signature is measured in dB, decibel, this would imply that  your profile is tied to the amount of noise your dropsuits makes which somehow affects the magnetometric waves the active scanner sends out. There is also the description of the scout dropsuit which tells us more about how profile dampening works:

The Scout dropsuit is a lightweight suit optimized for enhanced mobility, multi-spectrum stealth, and heightened awareness. Augmented joint servo motors give every movement extra speed and flexibility, while integrated friction and impact dampening materials reduce the overall sound signature.

This high-tech suit is coated in adaptive camouflage, a thin layer of bio-hermetic membranes interwoven with microscopic optical sensors that control millions of individual pigment ferro-crystals. An integrated AI-53 "All Eyes" sensor system wraps around the inside of the helmet, which also includes a chemically scrubbed atmospheric filtration system.

After some discussion with a few mercenaries, we came to the following conclusion:

Our dropsuits emit an electromagnetic field around the suits, probably because of the shield systems installed. Extremely tiny ferro-crystals(within the pico and nano range, 10^-9 meters and onwards) coat this electromagnetic field which are vibrating in a low frequency and volume, thus the dB measurement. When the magnetometric wave from the active scanner passes through this electromagnetic field, it changes the frequency of the wave and changes speed, caused by the vibrating ferro-cystals within the electromagnetic field.

This change is what the active scanner detects, which then calculates the changes in speed and frequency caused by passing through the electromagnetic field, which allows the electromagnetic signature to be displayed in Tacnet(basically a UI which displays all the electronic signatures sent out by both friendlies and detected hostiles). It is also possible that traces of the magnetometric wave stick into the ferro-crystals, which allows for the active scanner to keep the detected signatures within Tacnet even after it has been deactivated.

However, if your profile signature has been reduced by the use of a profile dampener or a low signature dropsuit, aka. reducing the vibration within the ferro-crystals, it is likely that the frequency of the magnetometric wave simply does not change enough in order to have a reliable result of its exact position, which is why there is a margin of error. Too small and there is a small margin of error which increases as more signatures too small to detect reliably get scanned by the magnetometric wave. But if there is none, aka. there are no hostiles at all within the range of the magnetometric wave, there is no margin of error.

Most of you are probably reading my writings because you are interested on what the life of a clone soldier is and all the phenomena we experience within our profession. Do you like this type of content too? I wrote this mainly because there hasn't been much else to discuss lately, and there are various different modules, dropsuits and equipment I would be interested in researching into and sharing the results. Your input would be appreciated greatly.

ཟར༴ཐ٦ཡཐ༴ འཤན༴བ བ༴ཏ༴མ༴ར٦ ٦ནད༴བ٦ ༴འ٦٦ད ན٦བ༴༴ٲ  

1 comment:

  1. Sir this is an excellent post and I for one would love to see more like it. Knowing more about how the suits out clone soldiers wear can only be a good thing. That and I'm always fascinated by the newest technologies, and clone soldiers get to test the newest (dangerous) materials...