Helsing takes over gross Aircraft: Future of the Air Force is redefined!

Helsing takes over gross Aircraft: Future of the Air Force is redefined!

Bayern, Deutschland - The AI ​​company Helsing has made a significant strategic decision and is planning to take over the Bavarian aircraft manufacturer Grob Aircraft SE. This takeover could have far -reaching consequences for the development of new technologies in aerial combat. A corresponding agreement has already been signed how bnn.de . Grob Aircraft has many years of experience in military and civil aviation and employs 275 people.

The goal of cooperation between Helsing and Grob Aircraft is the development of next generation technologies for the air combat. The constructions of Grob Aircraft could serve as a platform for Helsing's AI solutions. Helsing is already active in the field of military applications and develops, among other things, the Kamikaze drone HX-2, which is used in Ukraine. In addition, the company presented an innovative underwater system.

Latest developments in drone technologies

in parallel to these developments, anduril industries shows innovations in the field of Kamikaze drones. The Alitus-600M, which is based on the unmanned Aircraft Altius-600, has been presented and demonstrates increasing progress in military urban engineering. This drone can operate autonomously and uses artificial intelligence to enter target = "https://gagadget.com/de/232250-Anduril--kamikaze-drohne-altius-600m-erstmalsin-inaktion/"> gagadget.com

With a weight of 9-12 kg, the alitus 600m can wear up to 3 kg of payload. A recently published video shows how this drone successfully hits a destination on a shooting range and creates a large fireball. Interestingly, precise information about the ammunition used and the starting platform of the drone has not yet been available.

The role of AI in military drones

artificial intelligence revolutionizes the functionality of military drones. According to allaboutai.com Ki improves the efficiency and precision of these systems significantly. The technologies offer extended skills in surveillance, target identification and autonomous decision -making.

The integration of advanced algorithms and sensors enables drones to make decisions in real time, which increases autonomy. AI-controlled drones can be used for various inserts such as surveillance, precise attacks and border security. The US Army in particular has included the Altius 600 drone in its military aid package for Ukraine, which illustrates the relevance of such technologies in current conflicts.

The use of AI in military drones also brings challenges, including concerns about reliability and responsibility for critical decisions. Ethics and data protection are also central issues in discussion about the use of these technologies.

Overall, the developments of Helsing and Anduril show that the innovative strength in the field of military drone technology continues to progress and Ki plays a central role in the future of defense technology.