We believe that we need to make smart ammunition even smarter and include their worthy targets to enable the production of smart dust. We believe that this is important because most often urban areas are involved in the combat space, where non-combatants and citizens who are not participating in the conflict area are involved. It is important that everyone knows the real-time information available to those who participated in network-oriented leadership positions.
We believe that with a proper launch point from the aircraft along the artificial edge of the top of the watch glass inside the grid of a huge cylinder, the base of which is 3 times larger than it; we can provide the ideal intelligent grid of dust arrays on and near the ground.
(By the way, we have pictures similar to the artist’s concepts in Aviation Week and Space Technology, when new design models and strategic solutions for project planes and Net-centric Systems of Advanced Project are being introduced and implemented). The remaining parts of the hard core are in our mind.
Why use smart bombs to clear smart dust? Good first for the correct dispersion in the battle space and to prevent duplication and possible abandonment of the missions of the UAV. In order to properly clean up smart dust into the battle space, we must do it in an orderly manner. Another important consideration is cost. Yes, believe it or not, the high cost of modern warfare is worth it, and we should be able to wage war against the enemy without breaking our bank. If we are going to send Smart Bombs, the cost of which is worth significant dollars, which often cost more than the actual goal, then we need to get the full cost of the trip. For example, a house with some international terrorists on the side, perhaps, is a legitimate goal, even in fact, what is it worth? A small structure may cost almost nothing, the people inside are about the most worthy people on the planet, but a bomb costs 20 thousand dollars, and the cost of its delivery? Dropping one smart weapon that counts fuel (the fuel to launch an aircraft carrier divided by the number of all bombs dropped), training (divided by the number of sorties that pilots will fly in their career to fulfill their flight contract), aircraft (divided by flown in it, the estimated life expectancy, the loss rate, the number of hours in this flight, the number of other types of weapons released in this mission), logistics (crew, their training, routine maintenance, the number of hours for this engine to overhaul, transportation costs to get there); all real costs. It is for this reason that the intellectual weapon for ammunition is the least of our problems, but we need accountability for these costs. Because if we ever have a real war, we will have to fight and get a bigger blow for our dollar; One way to do this is to add an extra component to this smart weapon. We need to do SmarterBombs. We must also pay attention to the surrounding and relative weather components that affect smart dust.
For the correct combination and distribution of smart dust, we first select a potential cluster of targets for the center of a specific area of a circle on earth, where we intend to use our “all-knowing edge” as a starting point. Then we get accurate information about local weather conditions. The center and the most important area near the need to know the information zone will receive a more dense grouping of intelligent dust sensors. While the areas farthest away will receive less, so our data availability will be increased closer. Draw a radar screen or latitude and longitude from the poles of the Earth facing a flat plain.
When will the smart dust come out? Smart dust will be released in the range of 4,000 to 1,500 AGL depending on wind, speed and direction, as a smart bomb makes it its goal. In areas that are aware of higher winds and were detected via satellite GIS data to contain many structures, terrestrial features, we will need more intelligent dust sensors in these grids. To make sure that this is done correctly, we will plant more rockets from the upper edge of the cylinder to the area of the target cluster, rather than trying to soften the flow of smart dust from the rocket. This is due to cost, Murphyism and the potential failure of an additional component of a rocket or a smart bomb to throw off smart dust, all smart dust on all missiles and flying bombs will fall at the same speed. Then we will throw more bombs or rockets from certain angles to ensure that we get the required number of smart dust sensors in specific grids. Computer simulations and ESRIs from the GPS GIS software shelf, along with satellite data sets, will provide all of this information before interaction. By separating the data sets and putting the information, we can create the perfect mesh pattern, similar to spraying the lawn with fertilizer using a handle and a plastic hand bin, but only on the reverse side.
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If you have any questions about this concept to help with a robotic, unmanned attack, a network attack, or questions about an ever-changing battle space, contact the World Brain Tank.
