BRC has been in operation for over 27 years and is an ISO certified company with approximately employees located in 17 states. Since , BRC has been at the forefront of improving human behavioral models using a set of tools that would allow developers to create machine learning algorithms without the need to be experts in either artificial intelligence or computer learning.
Today, the technology includes:. This tool allows real machine learning to be implemented quickly by the team. This allows ART Neural Networks to operate in much the same way that the human brain works during the learning process see Miller,, Baddeley and Hitch, He appears to be carrying a weapon. The guard has a few choices. Does he confront the man, shoot at him, or notify other officers who may have quicker access? How fast would the guard need to run in order to get close to the man?
And if he shoots, what happens if he misses? This would be a random event that could send the trajectory of his choices in a new direction. Does the man fire back? Is the intruder acting alone or are others lurking? The software uses a physical model of reality and thousands of attack and response scenarios to analyze the probability that an intruder will be detected and stopped before achieving his objective. AVERT employs satellite photos or Geographic Information System data to visualize model locations in 3D, along with associated terrains, natural and manmade barriers, sensors, and guards.
Using a trove of quantitative data, the model then simulates potential attack scenarios and assesses potential defensive counter measures against an attacker. The focus at the time was on reactor safety to avoid nuclear radiation exposure to the population. ARES Corp. What began as a mathematical analysis of possible accidental risk morphed into a much broader consideration of security and terrorism after the September 11, , attacks. Nuclear sites were identified early as facilities that needed much greater security.
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