Publisher's Synopsis
The Skynet Nuclear Defense Laser System represents a sophisticated approach to missile defense. This system utilizes neural network AI to control precision-guided drones that deploy a spherical laser grid above key city infrastructures. Designed to intercept incoming nuclear missiles, the grid functions like a basketball hoop net, capturing and neutralizing missiles before they reach their targets. The lasers are timed to activate only when missiles are detected, optimizing power consumption and ensuring efficient energy use.
The Skynet system can cover an entire metropolitan area through the mobile deployment of advanced drones, which are sequenced to activate laser arrays as needed. This setup enables defense against nuclear threats for major cities in the USA or NATO allied nations, protecting infrastructure and preventing loss of life.
Additionally, the Star Wars program explores the concept of using space-based EMP missiles. DARPA has considered placing these missiles in geostationary orbit over adversary countries with known ICBM silo locations. In the event of a nuclear threat, the USA could launch a preemptive strike using EMP missiles or directed energy weapons to disable missile silos, causing electronic failures and preventing a launch. This approach aims to neutralize nuclear threats before they can be executed, enhancing global security and defense capabilities.
