Utilizing Artificial Intelligence in Occupation Forces for Killing and Destruction.
While the world is optimistic about the advancements in digital technology and artificial intelligence, the Israeli occupation was sharpening its tools to reinforce its racial tendencies and continue its brutal assaults on the devastated Gaza Strip.
According to a report published in the American newspaper 'Politico,' the United States sent hundreds of short-range reconnaissance drones, using artificial intelligence and its tools to maneuver without human guidance. These drones are employed to conduct three-dimensional scans of complex architectural structures, such as various types of buildings.
Additionally, the occupation utilizes autonomous aircraft from the American company 'Shield AI,' known as 'Tovaj,' specifically designed for indoor use. These aircraft rely on computer vision algorithms to move autonomously within buildings without the need for a GPS system or human guidance.
Moreover, the Israeli occupation employs the 'Gospel' intelligent system to estimate the number of civilian casualties in bombardments, suggest targets most relevant to the attack within a certain area, calculate the required ammunition. These algorithms represent one of the most destructive and lethal bombing methods in the twenty-first century.
The 'Gospel' system relies on information and images from drones and intercepts communication data. It also uses surveillance tower data to monitor the movements of targeted individuals, providing guidance on targets that must be attacked, specifying the number of people potentially 'to be killed' in the airstrike.
Most of these systems are subject to a human operator who examines and approves the targets and the plans for airstrikes. The final decision is not taken by the system itself but left to the unit commander who presses the destruction button after receiving the target list.
Even the Israeli entity utilizes new night vision technology called 'IDo,' which provides three-dimensional imagery. This technology is designed for extended periods of use by easily attaching the device to the front part of a helmet."
Please note that these translations aim to maintain accuracy and convey the information provided in the original text
