What advancement has allowed for precision in military strikes?

The advancement that has significantly enhanced precision in military strikes is precision-guided munitions. This technology, which includes GPS-guided bombs and laser-guided weapons, enables armed forces to hit specific targets with a high degree of accuracy while minimizing collateral damage. Precision-guided munitions use advanced guidance systems that allow for adjustments mid-flight, significantly improving their effectiveness compared to traditional unguided munitions. This capability has transformed modern warfare by allowing military forces to engage targets more effectively and with greater surgical precision. It plays a crucial role in contemporary military operations, where accuracy is paramount for achieving mission objectives and maintaining operational integrity.

In contrast, options such as increased troop training, high-altitude bombing, and cloaking technology do not directly address the precision aspect of military strikes. While troop training is essential for effective operations, it does not specifically relate to the accuracy of munitions. High-altitude bombing often involves a greater risk of inaccuracy due to the distance from the target, and while cloaking technology plays a role in stealth, it does not enhance the precision of the strikes themselves.