“It is already in the hands of deployed forces preparing for real-world missions.
At its core, SMASH is built around automated target tracking and real-time ballistic computation. When a shooter brings the optic onto a target, the system identifies and locks onto it using onboard visual processing. From there, it continuously analyzes movement, range estimation cues, and the shooter’s own weapon stability.
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The optic calculates when a projectile from the rifle will intersect the moving target’s path, accounting for variables such as target velocity, angle change, and shooter-induced sway. Rather than relying purely on instinct and reaction time, the system shifts the hardest part of the engagement into computation. It’s a game changer.
In operational terms, the trigger mechanism is also governed by this solution.
The weapon will not release a shot unless the calculated hit probability meets a defined threshold, though operators can override the system if required. This introduces a hybrid firing model: human intent still initiates engagement, but the system determines optimal timing.”
https://www.yahoo.com/tech/science/articles/iranian-drone-problem-forced-radical-131553282.html