The Hunger
OUT OF CHARACTER INFORMATION
To enhance the accuracy of flight paths and hyperspace jumps calculated by navi computers or installed droid brains or AI on board a ship, to further improve on the accuracy and ease of use of remote-controlled or unmanned weapon systems, the T.o.P. 1 package was designed by Nargath Holdings to be a simple upgrade which could be installed on any pre-existing ship produced by the company or even other companies thanks to a simple and hardly invasive programming. By using a mathematics droid brain and a large holonet cloud storage, it allows for improved tactical manneuvers and greater gathering of statistics and information either through input by people or simply by recording and compiling information through encounters and engagements.
- Intent: To create a tactical system interface upgrade for military starships
- Image Source: N/A
- Canon Link: [X] [X] [X]
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Nargath Holdings
- Affiliation: Closed-Market
- Model: NZ T.O.P.1
- Modularity: No
- Production: Mass-Produced
- Material: Electronics, programming code, mathematics droid brain, EnhanceScan General Purpose Scanner, Sensor array controller
- Allows for better and faster relay of information between a ship's sensory array and the on-board systems
- Greatly enhances the accuracy of remote controlled or unmanned weapon operating systems and targeting systems
- Capable of collecting and recalculating a large number of differentiating factors for the use of weapon accuracy
- Capable of collecting and recalculating a large number of differentiating factors to greatly enhance the accuracy of flightpaths and hyperspace jumps for on board navi computers
- Capable of calculating statistics and basic probabability & success margins of basic tactics and strategies.
- Large product database, continually expanding through Holonet connection.
- Basic encryption and security programming
- Improved tactics: This interface allows for faster and more accurate calculations for flightpaths, hyperspace jumps, basic tactical manneuvres and battleplans, allowing for a broader and more in depth view on any given situation.
- Improved Datacompiling and storage: Capable of collecting large amounts of data in regards to scanned vessels, ships, etc and capable of recognizing ship models and varieties based on mass-production numbers or earlier encounters adds a great amount of tactical advantage.
- Probability calculation and correction: By the use of advanced mathematics, the interface can interact with the user, who after inputting a basic battleplan can then receive a reviewed margin of success or probability and thanks to the advanced mathmatics and compiled data, the interface can give list of possible corrections based on the compiled records from standard tactics and strategies within its data storage.
- Not Flawless: Though it can present margins of success and probabability, it is unable to calculate factors that have not yet been encountered or are not within it's database, such as unique vessels not encountered prior to engagement or models not existent at the time of installment of the package without updates. this makes it so that though it may improve tactical operations and aid in various strategies, it is impossible to provide completely waterproof battleplans or strategy-adjustments.
- Can be Cracked: This package and interface in itself possesses no specific anti-slicing, so while an amateur would not be able to slice this product, an experienced slicer will have little to no issue with slicing into the interface and it's data storage if there are no additional layers of protection added.
To enhance the accuracy of flight paths and hyperspace jumps calculated by navi computers or installed droid brains or AI on board a ship, to further improve on the accuracy and ease of use of remote-controlled or unmanned weapon systems, the T.o.P. 1 package was designed by Nargath Holdings to be a simple upgrade which could be installed on any pre-existing ship produced by the company or even other companies thanks to a simple and hardly invasive programming. By using a mathematics droid brain and a large holonet cloud storage, it allows for improved tactical manneuvers and greater gathering of statistics and information either through input by people or simply by recording and compiling information through encounters and engagements.
