SpaceShields_® militaristic design will prove perceptible as an ominous deterrent, whilst defiantly challenging a terrorists aggressions prior to firing a single shot. SpaceShields_® instantly locates various terrorist threat sources and will provide a variety of predetermined countermeasures in response. SpaceShields_® will prove to reduce probable targets from becoming actual victims within public events, open air gatherings or in stadiums.

The following is a brief introduction and overview of the VisArma® “STATIC” functions.

ATIS – Active Threat Identification System…

Designed to detect and simultaneously transmit the active threats location covertly, through vibration, sound, infrared or visible light. Choices of determined detections methods may choose to identify muzzle flash, pressure waves, shock waves, radar signatures, infrared and thermal signatures of a bullet, projectile or missile after a weapon has been fired or launched. Electromagnetic wave identifiers may measure a reflected supersonic or subsonic shock wave source, as required. Passive or autonomous reactive capabilities target threat responsibilities are to identify, target, broadcast or neutralize.

Directional long ranged protection is designed to operate within a stadium, function or public gathering areas. Vectored threat alert systems surrounded within congested areas, airports or controlled zones within an area needing surveillance may be quickly accomplished. The VisArma_® platform is capable of “spot sensing” individual surveillance zones. All zones are capable of being independently surveilled while additional simultaneously threats arise as cued. Identifying active threats while broadcasting the threats direction or location will further minimizing the opportunities for the shooter to continue attacking and then expect to effectively escape, unscathed.

Most surveillance systems are highly labor intensive, overly electronic and exceedingly complex while having massively high directional failure rates, including false positives. These systems in some scenarios require an active sophisticated trained team to operate while active on site. Most direction location detection systems are over engineered by exceedingly complex electronics. Furthermore, the VisArma_® Static platform removes over 55% to 60% of the electronics calculations normally used to simply identify the threats direction in other systems. Instead, VisArma_® unveils threat positions then transmits defensive threat locations through specific means by using that redirected computational space more effectively. Reducing a systems workload through electronic complexities will in turn benefit efficiencies throughout the entire system, including redundancies.