He is making the distinction, older image intensifiers could be blinded by strong light, but newer ones have protective circuitry that stops it from happening. Then he commented about how thermal imagers are the wave of the future.OK, again, bright light does not affect thermal just intense heat. the new tech you are talking about is turning a human who's temp is 98.7 will become a total different color on the optic thus marking and tracking humans. this is going beyond white and black hot and ////dont know how open source this is.
SCRATCH, I think you are confused with image intensifiers and thermal optics. Image intensifiers use ambient light and the moon and direct IR lamps. Thermal is based on total heat. two complete different systems and operations.
To deal with enemies who have a lopsided advantage in night vision equipments, it might be necessary to miniaturise EMP weaponry, making them into rifle grenades, RPG rounds, land mines etc, but for vehicle mounted sensors, since the metal chassis of the vehicles acts as Faraday cages, exceptionally powerful EMP devices might need to be developed.
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