Security system comprising computer hardware and software for identifying a potential threat and initiating countermeasures to delay, deter and/or thwart the identified potential threat; Security system comprising computer hardware and software for identifying a potential threat and controlling, either logically, autonomously or remotely, including using closed loop automated reasoning, other electrical and/or mechanical devices or systems, namely, cameras, radars, lidars, gunshot detectors, actuated lights, directional speaker devices, lasers, laser dazzlers, heat waves, microwaves, magnetic waves, underwater anomaly pattern recognition sensors and nonlethal beams to initiate countermeasures to delay, deter and/or thwart the identified potential threat; Security system comprising computer hardware and software for identifying a potential threat and initiating non-lethal countermeasures to delay, deter or thwart the identified potential threat by overwhelming their senses of sight, sound and touch; Security system comprising computer hardware and software intended for use with other electrical and/or mechanical devices or systems, namely, cameras, radars, lidars, gunshot detectors, actuated lights, directional speaker devices, lasers, laser dazzlers, heat waves, microwaves, magnetic waves, underwater anomaly pattern recognition sensors and nonlethal beams to detect and identify potential threats and initiate real-time countermeasure sequences to delay, deter and/or thwart the identified potential threat; Security system comprising computer hardware and software for identifying a potential threat and controlling other electrical and/or mechanical devices or systems, namely, cameras, radars, lidars, gunshot detectors, actuated lights, directional speaker devices, lasers, laser dazzlers, heat waves, microwaves, magnetic waves, underwater anomaly pattern recognition sensors and nonlethal beams to initiate countermeasures to delay, deter and/or thwart the identified potential threat and featuring embedded cyber encryption hardware, firmware and software using multifactor authentication down to the edge device level

Design and development of security systems comprising software and hardware for identifying a potential threat and initiating countermeasures to delay, deter and/or thwart the identified potential threat; Design and development of security system comprising software and hardware for identifying a potential threat and controlling, either logically, autonomously or remotely, including using closed loop automated reasoning, other electrical and/or mechanical devices or systems, namely, cameras, radars, lidars, gunshot detectors, actuated lights, directional speaker devices, lasers, laser dazzlers, heat waves, microwaves, magnetic waves, underwater anomaly pattern recognition sensors and nonlethal beams to initiate countermeasures to delay, deter and/or thwart the identified potential threat; Design and development of security system comprising software and hardware for identifying a potential threat and initiating non-lethal countermeasures to delay, deter or thwart the identified potential threat by overwhelming their senses of sight, sound and touch; Design and development of security system comprising computer hardware and software intended for use with other electrical and/or mechanical devices or systems, namely, cameras, radars, lidars, gunshot detectors, actuated lights, directional speaker devices, lasers, laser dazzlers, heat waves, microwaves, magnetic waves, underwater anomaly pattern recognition sensors and nonlethal beams to detect and identify potential threats and initiate real-time countermeasure sequences to delay, deter and/or thwart the identified potential threat; Security system software development to maintain embedded cyber encryption hardware, firmware and software using multifactor authentication down to the edge device level; Design and development of security systems; Design and development of security systems including underwater anomaly pattern recognition sensors