We've recently received another shipment of resources needed to produce the next needed segment of the vessel. The EVSM is the fundamental data-gathering equipment designed to observe, copy and report every last detail of the space that surrounds the ship. Equipped with the most sensitive, intelligent and sophisticated sensor array on the market for its covert and non-extruding design.
Originally part of project Ghost Veil, the system is core design feature was to enable unparalleled detection capability of other solar objects and the environment that surrounds itself on a level never seen before. A multitude of Phased array radar sensors built into the actual top layer of the ships 'skin' gives allows for the radar plate to become indistinguishable from the vessels hull, but also allows for multiple radars to be installed instead of relaying on a single rotating module mostly seen on larger capital vessels. As such, this gives the ability for the vessel to be scanning in all directions. As many eyes as the Hydra itself.
But not only are we relying on this system to detect oncoming solar objects, but we've also included lines of embedded microscopic optical sensors to visually scan the area surrounding the vessel almost system wide. This is to be linked with the ACMA that is still currently in development, this will be the eyes that enable the ship to imitate the objects surrounding it to the smallest detail, its surface optical laser scanning, infra-red layer scanning and electromagnetic sensors should be able to not only allow for visual manipulation of objects, but also send back false or imitating signals back to anyone who is unlucky enough to be fooled into thinking nothing is there by having the SSR resonate back false data. Gamma radiation is something that we're still struggling to imitate, but hopefully we won't need to find ourselves using it in any case.
If the case of active camouflage is needed against a close moving entity, the system is able to not just track the vessel, but also manipulate the images being projected by the ACMA to ensure that its direction will ensure a lack of warped perception. At a close radius, a single ship shouldn’t be too hard to deceit as the positional projection can be changed without problem by possibly using the available motorised optical sensors which can be placed all along the hull of the ship giving a full 360 degree view radius of around 25 klicks that don't give off a radar signature compared to standard radar scanners, “speed-of-light” computing optical chips, and a highly sophisticated quantum and binary supercomputer at our disposal on the XU-001. A constantly changing position of a live simulated image shouldn’t be too hard to fool. If the amount of angles an independent image that needs to be projected towards a target start to increase to around 3-4 different positions there will be a slight warping effect from different angles and contours of the ship will become slightly visible if someone takes a second-look. But then again, what kind of idiotic commander will allow himself that close to enemy vessels and allow a cloaked ship to be surrounded, by then even standard EM readings will notify a scanner and even risk physical collision or enter the ships cloak bubble and reveal its location to enemy vessels. Distance and course correction is key. The only problem is, because it's used in conjunction of the first layer of iron ball paint, it will need to be incorporated with the custom ship panels thats are constructed for this vessel and can't be wrapped around any regular vessel without compromising radar stealth capability that or even increase its energy detection field.
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