Aver Brand
Mercicle
- Intent: To expand the repertoire of Vanir Technologies and lay the groundwork for future ventures in the field
- Development Thread:
Cybernetics [1] [2] [3]
[*]Image Source: [x]
PRODUCTION INFORMATION
- Manufacturer: VT
- Model: VT-CERS
- Affiliation: Closed Market
- Production: Limited
- Modularity: No
- Material: Electrum, synthetic fibers, cybernetic components, rybcoarse
Strengths:
Physical augmentation (strength, speed, reflexes, stamina)
Reinforced to be extremely resistant to EMP and ion cannon warfare
Sneaky. The suite is entirely sub-dermal and thus invisible to the naked eye.
Weaknesses:
Electricity. Direct input of electrical current will overload the suite and render it useless until reboot. This, of course, will be rather moot, as the user will be a well-made heap of future steaks.
Extensive physical modification, resulting in heavy scarring and permanently altered body function.
Susceptible to damage from blunt or cutting trauma.
DESCRIPTION
The cybernetic enhancement reaction system (CERS) is an enhancement suite that combines multiple components for an all-around augmentation to the surgical specimen. Similar to the Gordulan reaction systemhttp://starwars.wikia.com/wiki/Gordulan_reaction_system, this package initially enhances the user’s reflexes, reaction times, and dexterity, multiplying the aptitude already present by a factor of approximately five.
The second component of the package includes modifications to cardiovascular and muscular systems within the entirety of the body. The focus is an increase in strength and agility that works in tandem with the improved reaction system, allowing an increase in speed, strength, and stamina by a similar factor of five. Rybcoarse, after surgical peeling of skin and connective tissues, is wrapped around the major muscle groups, allowing for direct cybernetic enhancement. This is tied into the central nervous system, allowing for natural operation of the enhancements that fall directly in line with typical muscle use.
While the recipients can achieve far more impressive improvements through powered suits, this suite is less cumbersome and far easier to hide. However, despite reinforcement through resilient materials, the suite can be damaged just like any muscle, soft tissue, or bone. Thus, users are encouraged to take standard protective action. In methods similar to duraplast, the enhancement suite is also hardened and resistant to electromagnetic pulses. However, the suite can be overloaded by a direct input of electrical current that will cause temporary failure of the enhancements before they can reboot. (The user, however, will most likely be cooked meat.)
In order to obtain the CERS, the user must go through invasive and high-risk surgery. Following that, extensive healing is required before physical therapy is taken on to develop the cybernetics package, similar to calibrating computer systems.
