The United States has a company that wants to take artificial intelligence beyond the laboratory. It is called Shield AI and its next creation, the X-BAT, aims to make it the protagonist of a new era in defense. It is a fighter plane capable of taking off and landing vertically, but its most striking feature is not in the design, but in its pilot: an AI system called Hivemind that will make decisions for himself in mid-flight. The project seeks to demonstrate that a machine can direct a complex military mission as effectively—or more—than a human.
Shield AI is not a newcomer. Founded in 2015, it has gone from a small startup to one of the most promising companies in American defense. CNBC points out that it is valued at $5.3 billion after its latest financing round. His career includes relevant contracts with organizations such as the United States Coast Guard, which in 2024 awarded him almost $200 million for his V-BAT drone. After that boost, the company redoubled its commitment to artificial intelligence, placing its Hivemind software as the axis of its strategy and its future combat aircraft.
This is how Shield AI wants to reinvent air power: total autonomy and low cost
The X-BAT is designed to operate where conventional fighters cannot. It can take off and land vertically, allowing it to operate from ships, remote islands or improvised bases without the need for a runway. With a range of more than 2,000 nautical miles (approx. 3,700 km) and a flight ceiling exceeding 50,000 feet, it aims to redefine autonomy on the battlefield. Its compact structure, with a wingspan of about 12 metersfacilitates transportation and storage: three units fit in the space occupied by a single traditional fighter.
As we say, the real leap is not in the aircraft, but in the intelligence that governs it. The company assures that Hivemind, its autonomous flight system, has already been validated on different platforms and real test environments. According to the company, it can operate even when there is no GPS or communication with bases, which would allow it to keep the mission active in scenarios where a human pilot could not react as quickly. Shield AI describes Hivemind as a system capable of observing, deciding and acting in milliseconds, applying a continuous decision cycle inspired by the military doctrine of the “OODA loop”.
According to Shield AI, the X-BAT is designed to go into combat. It can carry air-to-air and air-to-surface weapons both in its internal bays and in external mounts. The company details that its architecture supports everything from light missiles to long-range attack munitions, in addition to a set of active and passive sensors that cover the entire detection spectrum. These include a electronic warfare package which would allow it to operate in environments with signal interference or attacks. Altogether, it seeks to combine stealth, autonomy and offensive power in a single system.
Shield AI’s economic proposal is one of the most striking arguments: the company claims that the This difference would not only reduce the initial bill, but, according to the company, would allow more aircraft to be deployed and multiply sorties in a theater of operations; However, the expected cost reduction depends on economies of scale, supply chain and maintenance costs that are not yet demonstrated in mass production.
Shield AI ensures that the development of the X-BAT is progressing according to the planned deadlines. The company claims to have completed wind tunnel, engine and structural section testing, as well as radar signature testing. Its objective is to carry out the first flights with vertical takeoff and landing in 2026, reach operational capacity in 2028 and start production in 2029. For now, this is an internal calendar and not a contractual commitment, but the company presents it as a demonstration that aerial autonomy is no longer a laboratory idea, but a program under construction.
The autonomy of the X-BAT also forces us to think about its digital security. Systems controlled by artificial intelligence depend on complex software and networks, which exposes them to possible attempts at interference or manipulation. If the data they process is altered, their behavior could be affected. Shield AI has not yet detailed how it plans to protect the aircraft’s information flow, although in defense programs it is not unusual for certain technical aspects to be kept under wraps.
Imagenes | Shield AI
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