(22.03.2025, 23:32)Falli75 schrieb: Komme mir hier bitte keiner mit , aber die DJI können doch zu dir zurück fliegen, also haben sie KI. Ich denke das hätten wir 1992 in der 10. Klasse in Turbopascal programmieren können, hätte es GPS u.ä. samt entsprechenden Empfängern gegeben.

(22.03.2025, 01:34)Skywalker schrieb: Immer mehr kritische Komponenten wurden bei den türkischen UAV/UCAV in den letzten Jahren durch heimische Komponenten ersetzt. So setzt Baykar seit einigen Jahren bei den türkischen Bayraktar TB2 Drohnen das CATS Zielerfassungssystem von Aselsan ein. Die Akinci Drohne die an der Suche des Wracks des abgestürzten Helikopters des bei dem Unglück verstorbenen iranischen Präsidenten Ebrahim Raisi beteiligt war mit einem ASELFLIR-500 ausgestattet.

Zitat:Die Software ermöglicht eine autonome Objekterkennung, Verfolgung und Navigation in Echtzeit, auch in elektromagnetisch stark belasteten Umgebungen. Das Ziel des Artemis-Programms ist es, kostengünstige Langstrecken-Loitering-Munition für Gefechtsszenarien mit hoher Stückzahl zu entwickeln.

Zitat:This paper elucidates a facial recognition system using drones augmented with artificial intelligence. The UAV has an attached camera that is integrated with the Face Recognition software, and the drone's endurance is increased by soldering the connections properly and equipping it with LiPo batteries to extend its flying life. The proposed system offers an accuracy of 98.6%. This technology has been used only for security and surveillance purposes but it can safely transition to the real world

(30.05.2025, 12:21)Wittgenstein schrieb: Das kann sich schnell ändern. Der "Schwarm" kann jederzeit auch die eigen Bevölkerung eingesetzt werden.

(30.05.2025, 12:21)Wittgenstein schrieb: Glaubt man den Zahlen, snd in der Ukraine ca. 700.000 Menschen durch Drogenangriffe getötet worden. Das ist mehr als durch alle bisher eingesetzten ABC Waffen.

Zitat:• The U.S. Army is likely to use and to lose many SUASs in multiple echelons in future
dynamic, unpredictable military engagements. The Army will need to prepare its soldiers
with broad and deep unit training on how to use SUASs effectively and adaptively in
such circumstances.
• In such a future, the Army will need an ability to mix and match the components and
payloads of SUAS to meet mission requirements and to replace them quickly when they
are lost.
• To prepare for such a future, the Army will need to tolerate higher levels of loss and
damage of its SUASs in training to motivate full-spectrum unit training in their effective
use. An important part of this increased tolerance is likely to be a change in the
application of its Financial Liability Investigations of Property Loss (FLIPL) program to
recognize the high value to the Army of such training relative to the cost of loss or
damage of SUASs during training.
• To prepare for such a future, the Army should, where possible, acquire SUASs by using
the agile pathways offered by the Adaptive Acquisition Framework (AAF) and agile
methods like those used in the Army’s Rapid Capabilities and Critical Technologies
Office, other transaction authority (OTA) acquisitions, and commercial solutions
openings (CSOs).
• In this setting, commercial SUAS systems and components offer the Army many
advantages relative to their government-developed counterparts.

(16.06.2025, 13:42)KheibarShekan schrieb: Grundsätzlich guter Ansatz den Du aufzeigst. Beschaffung gern beim Hersteller direkt aber nur bei dafür zertifizierten, geprüften Produkten. Nehmen wir an Deine Bastler nutzen eine seit Jahren in der FPV/Arduino Welt bekannte Softwarekomponente, die unerkannte bzw. ungeprüfte backdoors besitzt. Aber keiner kriegt das mit davon, weil die halt ihr Ding da zusammenbasteln und löten. Das ist ein Schuss ins Knie, wenn die Drohne im Ernstfall (ggf. auch schon vorher) beim Start explodiert, oder per Autopilot sich selbstständig macht. Ups.

(16.06.2025, 13:18)Wittgenstein schrieb: Man muss den Soldaten vertrauen.

Zitat:What distinguishes drone-enabled infantry is the fusion of sensor and shooter into a single, remotely operated platform. Crucially, the infantry soldier or forward observer no longer needs to be physically near the weapon or the target area, shifting not just engagement geometry but also the risk calculus and tactical flexibility of infantry formations.
Modern infantry forces may want to ensure that drone capabilities are fielded at the lowest level. Perhaps every soldier should carry a drone, and every rifleman should become a drone operator.

Zitat:“Drones are going to be in every formation, we’re going to have autonomous systems everywhere, in every formation, whether it’s to protect, detect or attack, those things are going to be in every kind of formation,” George said.

Zitat:“The airspace between ground forces and highend fighters and bombers is quickly emerging as the more challenging and important contest for air control.”
it requires a paradigm change in American military thinking about verticality.” The authors termed this airspace the air littoral, defining it as “the area from the Coordinating Altitude to the Earth’s surface, which must be controlled to support land and maritime operations and can be supported and defended from the air and/or surface,

Zitat:Pasifik’s Titra Develops SEYYAH Visual Navigation System
21 Jul 2025, 23:15 2 mins
Turkiye
Simulator / AI / Drill/ Software Unmanned Systems Expo and Air Show
Pasifik’s Titra Develops SEYYAH Visual Navigation System TurDef
Titra Teknoloji, a subsidiary of Pasifik Teknoloji, has unveiled SEYYAH, a new integrated visual navigation system for GPS-denied environments for UAVs.

Titra Teknoloji has developped a new integrated navigation system called SEYYAH. It is meant to give autopilot systems on unmanned aerial vehicles (UAVs) very accurate flight data when GPS signals are jammed or spoofed. The system was developed for low-altitude UAVs, but it may also be used with bigger, higher-altitude platforms by changing the sensor set.

Its underlying software and algorithms remain platform-independent.