"Modern warfare is in the process of being rewritten and the biggest shift isn't a new tank, fighter jet, or missile system. Instead, it's artificial intelligence (AI) that brings precision ballistics to the table. For a long time, accuracy was determined by the shooter, the optics, and the weapon. However, battlefield lethality has become increasingly shaped by onboard processors, predictive software, and autonomous guidance."
"At the same time, the rapid rise of loitering munitions, drone interceptors, and smart artillery is transforming how armies fight. Systems like the Switchblade 600, Harop, and Brimstone demonstrate a world where weapons can hunt, track, and prioritize targets with minimal oversight. Even at the individual level, infantry are being outfitted with smart optics like SMASH and JRER that easily turn every rifleman into a precision marksman. What used to require elite sniper training is now embedded directly into the hardware."
Artificial intelligence has shifted battlefield accuracy from human shooters and optics to onboard processors, predictive software, and autonomous guidance. AI systems make targeting decisions, calculate trajectories, and close kill chains faster than human operators. Loitering munitions, drone interceptors, and smart artillery enable weapons to hunt, track, and prioritize targets with minimal oversight. Infantry-level smart optics like SMASH and JRER grant individual riflemen precision-marksmanship capabilities previously requiring elite sniper training. AI-enhanced weapons reduce collateral damage, overwhelm enemy defenses, and shorten the interval between detection and strike. These technologies reshape how nations project power and change the nature of military decision-making.
Read at 24/7 Wall St.
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