The United States Air Force requested 5.800 billion dollars in its budget to build these kinds of non-triple-engined aircraft. El Valkyrie, a drone controlled by artificial intelligence for suicide missions
The idea of incorporating artificial intelligence (AI) into military technology is not new, but the experimental XQ-58A Valkyrie aircraft from the United States Air Force represents a significant advancement in this field.
El Valkyrie is a single-engine aircraft with a distinctive design that allows it to more effectively avoid enemy radars. Possess the ability to carry missiles that can reach targets outside of your field of vision. The IA that controls it is designed to identify and assess threats, and it will only take action after receiving permission from a human operator. This drone’s ability to travel distances equivalent to those in China’s far north amplifies its radio for action significantly.
IA’s integration into the armed forces necessitates changes to both military doctrine and combat strategies. The military tradition has previously focused on equipment made by big contractors like Lockheed Martin and Boeing. However, the growth of the IA is causing a shift toward software as a vital weapon in warfare, opening up opportunities for new technological businesses looking to participate in the Pentagono.cation’s extensive acquisition program.
In order to build between 1,000 and 2,000 non-triple-engined aircraft that will be piloted by IA, the Air Force is requesting a multimillion dollar pre-budgetary allocation of 5.800 million dollars. As a result, he is certain, he can maintain his global aerial supremacy.
The Valkyrie, a drone controlled by artificial intelligence for suicide missions
According to a lengthy article in The New York Times, the XQ-58A Valkyrie aircraft are designed to “copilot” human pilots by providing them with coverage and maneuvering in situations where a human pilot could have difficulties. In this way, it is thought that they are perfect for suicide missions where it is unlikely that a person will return.
Particularly when it comes to national security, the IA has emerged as a key player in the technological race between the United States and China. More than a thousand anti-aircraft and anti-bombardment missiles have been deployed by China along its coastline and on the artificial islands it has created in the South China Sea. This poses a serious challenge for the United States if it ever gets involved in a major regional conflict, particularly in relation to Taiwán. IA use in combat aircraft might provide as a partial answer to these challenges.
Economically significant is the Valkyrie program because it may make it possible to produce more affordable war drones. A Valkyrie drone is expected to cost between 3 and 25 million dollars, compared to an F-35 fighter jet’s approximate cost of 80 million dollars. This price range might make advanced combat technology more affordable, even for armed forces with more modest budgets.
The United States’ integration of IA into its military strategy, as seen by the development of the Valkyrie, is changing both the tactics and the ethics of modern warfare. While technology promises more efficient and cost-effective drones, it also forces a critical reevaluation of the relevant efficiency parameters for the use of lethal force. Future implications of this technology, as well as its ethical and legal implications, are still the subject of vigorous research and discussion.
According to the magazine Business Insider, this Valkyrie model can reach a top speed of 550 mph (885 kilometers per hour). Its operational height is 45,000 feet, and its range is three nautical miles.
First flight through IA
The United States Air Force announced its first flight operated by artificial intelligence on August 9 last year. The first successful test flight of a military drone operated in this manner was carried out by the Laboratorio de Investigación of that force.
The flight was conducted on July 25, 2023, at the Eglin Air Force Base in Florida. Over the course of three hours, this stealth drone was flown by automatic learning systems developed as part of the Skyborg Vanguard program, which has been in development for more than two years.
The unmanned aircraft successfully completed the test, demonstrating its ability to process the information required to complete the mission. According to Coronel Tucker Hamilton, head of IA trials and operations for the U.S. Air Force, this mission “tested a security threshold for an unmanned aircraft using IA/ML (Artificial Intelligence/Machine Learning), and demonstrated how an IA/ML agent resolved a “challenge problem” relevant to the operation.