Got a war to fight? Want to fight the enemy and not get complaints about the lousy food or inadequate air and ground support? Then, send in the ROV’s with drones that could spread out, each with its own propulsion and surveillance equipment that can cover a larger area, sending information to the mother ROV, and then back to the command center for interpretation. You can even arm them with active systems to take out all threats that are designated by their human controllers automatically(choose from the arsenal of pistols, sub-machineguns, sniper rifles, grenade launchers, rocket launchers and all the stuff you could think of they’ve tested it).
The US military has a lot of autonomous vehicles that can be armed with handguns, rifles and even rocket launchers for doing jobs which could be too risky to send in people. These robots will be cheaper and they can operate indefinitely or as long as their batteries last which they can re-charge through solar panels as they switch to low activity modes, shifting to reconnaissance mode in long-period missions as they charge up. Once they get powered up to continue their mission, they get back up and go rolling away to complete the mission. Patrolling borders may be easier this way, with autonomous robots that do not get hungry or are designed not to bee too affected by the temperature extremes. Clearing mines in hostile waters is easier and faster without the risk to human life.The future of “Terminator” may not be too far fetched as it seems, for there is no boundaries to the technological wonders we are seeing now (not to count the ones that are for military use only, for the ones you might be seeing are already old-tech and they are sure to have better more improved versions way in the deep recesses of those converted missile silos deep underground which have been converted into top-secret development laboratories) and will be seeing in the near future.
New Camera Peers through clothes but not skin.
In a twist that brings the most unlikely technology more suitable for use in studying space and its structures, finds it’s way into the world of security. The system uses T-Ray Technology which is a passive receiver system which does not emit any form of harmful radiation. This is the best news ever for security systems for it erases questions of harmful radiation and privacy issues. The system is based on the fact that all atoms emit a form of very low-power energy. If one has encountered the pictures of so-called aura which all things emit, that would be it. It has long been known that everything in the universe emits a signature energy pattern which varies with the composition of a material. The nice thing about the technology is that it can be used from quite some distance eliminating the need for the person to stand still in a booth while being scanned.
Previous technology relied on x-rays and even ultrasound technology which are all known to expose people to harmful radiation. CT-Scanning technology has also been hailed as highly invasive due to the fact that as you peel away the layers, the skin and all of it’s features can be revealed after the software has processed the scan data. The system can show a person carrying a gun or other concealed weapon which would show up as a blip on a person’s normal aura (a person if scanned without any concealed devices/weapons is said to glow like a light bulb) which can have an officer request for further investigation and inspection.
The systems is also set for use by astronomers to look past clouds and dust which normally interferes with regular optical systems giving them the ability to see further and better from ground level. Such features that would be detected would be more of a distortion of the normal glow a person emits thus is supposed to be a deterrent rather than a total security measure for detection. Law enforcement can scan people at fixed points eliminating the bottlenecks created by individual scans instead have them pass through a narrow aisle as they are scanned without them even knowing about it. The image is an outline rather than a detailed feature loaded one x-ray and ct scans produce.