Aptima Puerto Rico’s Post

How do you know when someone is truly ready for the mission ahead? When it comes to military aviation, cognitive fatigue, stress, and task overload can make the difference between mission success and failure. Yet, traditional readiness checks rely on subjective inputs—like self-assessments or peer reviews—that are prone to bias. That’s why we’re excited to announce Aptima’s Defense Health Agency contract to further develop fORE—our neuro-cognitive monitoring solution that uses fNIRS technology to provide real-time, objective insights into brain activity and physiological health. What makes fORE a game changer? ▪️ MAVERIC Sensor: Ultra-slim, rugged, and wearable under flight helmets for real-time data collection ▪️ fORE Analytics: Tracks cognitive workload, heart rate, and oxygen levels—even correcting for noise caused by motion and perspiration Whether for pre-flight planning or in-flight dynamic decision making, fORE helps commanders and aircrew make data-driven calls that improve readiness and reduce risk. What’s next? We believe neuro-cognitive monitoring is just scratching the surface of its potential in aviation and beyond. So, we’re curious: What do you think is the most exciting way neuro-cognitive insights could reshape military operations? Let’s get talking! For more information on fORE, visit https://lnkd.in/gQUsMK-a. Photo generated in DALL-E. #Aptima #HumanCenteredEngineering #GenAI #NeuroCognitiveTech #MilitaryInnovation #TalkToUsTuesday

#AI #TechNews #DefenseTech The landscape of warfare is shifting astronomically with the introduction of AI in combat aviation. The Pentagon is taking quantum leaps toward the future by requesting hundreds of mini AI-piloted ghost fighter jets. These machines, if successfully developed, could place strategic and tactical decisions within the capabilities of Artificial Intelligence. This revolution could be game-changing, essentially removing the human element from warfare. Are we stepping into an era of full automation in warfare tactics? Dive deeper into this intriguing discussion: [https://lnkd.in/eXtfBEZP)

F35B and AI CAPABILITIES Hello everyone, The F-35B, a marvel of modern aviation, exemplifies how artificial intelligence (AI) is reshaping the future of air combat. This cutting-edge aircraft, developed by Lockheed Martin, combines advanced technology with exceptional capabilities to deliver unparalleled performance. One of the standout features of the F-35B is its vertical takeoff and landing (VTOL) capability, allowing it to operate from short runways and even amphibious assault ships. This versatility, combined with AI-enhanced systems, ensures superior operational flexibility in diverse combat environments. AI plays a critical role in the F-35B’s mission systems. Its advanced sensor fusion technology integrates data from a wide array of onboard and external sensors to provide the pilot with a comprehensive, real-time picture of the battlefield. This capability not only enhances situational awareness but also streamlines target acquisition, enabling rapid and precise decision-making. The F-35B’s AI-powered targeting systems revolutionize the way objectives are identified and engaged. These systems use machine learning algorithms to analyze potential threats, prioritize targets, and optimize weapon deployment. The result is a dramatic improvement in combat effectiveness and a significant reduction in the cognitive load on the pilot. Furthermore, the aircraft’s AI-driven predictive maintenance systems ensure peak performance by identifying potential issues before they arise, minimizing downtime and reducing overall maintenance costs. This technological edge allows the F-35B to remain mission-ready in even the most demanding conditions. As we continue to explore the intersection of AI and aviation, the F-35B stands as a testament to what is possible when cutting-edge technology meets innovative design. Its capabilities not only redefine air combat but also set new standards for the integration of AI in military applications. What are your thoughts on the role of AI in shaping the future of aviation? I’d love to hear your insights. #F35B #ArtificialIntelligence #AviationInnovation #LockheedMartin #DefenseTechnology #FutureOfWarfare

AI at the edge can revolutionize submarine operations by bringing intelligence and analytics directly to the underwater environment. With the deployment of artificial intelligence onboard submarines, these vessels can process data locally, without relying on constant communication with surface ships or shore-based facilities. This enables submarines to make real-time decisions, optimize navigation routes, and detect threats autonomously, even in remote and hostile environments with limited connectivity. By leveraging AI for tasks like sensor fusion, target recognition, and predictive maintenance, submarines can operate more efficiently and effectively, enhancing both their stealth capabilities and mission success rates. As AI technology advances, it promises to transform underwater warfare, enabling submarines to adapt to evolving threats and scenarios with unprecedented speed and agility, ultimately ensuring maritime superiority in the underwater domain. Follow us now for more content about AI, defense tech, and innovation. #electronicwarfare #military #ai #tech #artificialintelligence

Rise and Shine! 🌞 Embrace the future as AI steers aircraft without GPS, using Earth's magnetic fields—a breakthrough leap in aviation tech! Unearth more at ➡️ [Link] Stay informed, stay humble. #AI #AviationInnovation #FutureTech #Navigation [IMAGE PROVIDED ABOVE]

As the world races forward in AI, former Google CEO Eric Schmidt is sounding the alarm on traditional military tactics. Speaking at the FII8 conference in Saudi Arabia, Schmidt urged the US military to rethink its reliance on “useless” tanks and look towards AI-powered drones as the next frontier. With emerging markets and technologies like AGI (artificial general intelligence) at the forefront, the implications are profound: the first to truly master AI could redefine global power dynamics. Goldman Sachs projects a $7 trillion increase in global GDP in the next decade thanks to AI—but it’s more than economics. This shift is about intelligence, control, and who ultimately shapes the 21st century. In the age of hypersonic missiles and autonomous warfare, are fleets of tanks and aircraft carriers relics of the past? Schmidt’s question isn’t just about tech; it’s a challenge to our assumptions on security and progress. With AI’s potential to both drive human advancement and present unprecedented risks, we must ask: how can we create responsible frameworks to guide this transformation? #AIRevolution #FII8 #EmergingTech #FutureOfWar #InnovationForImpact

🚀 Aero SPX: Disrupting Aerospace with Next-Gen Intelligence The aerospace industry is about to get a major shakeup. Aero SPX is breaking the mold with a game-changing, Patent-Pending Intelligent API that will completely revolutionise how Aircraft, Aerospace, and Defense operations use data. 💥 We’re not just improving efficiency—we’re setting a new standard for safety, performance, and decision-making with real-time, AI-powered insights that unlock untapped potential. 💡 Don’t miss your chance to be at the forefront of a revolution in aerospace. 👉 To learn more about this industry-changing opportunity: https://lnkd.in/eEBuiBjW #aerospx #aviation #aerospace #defence #AI #XR

AI in Defence: The Game-Changer 🤖🛡️ Artificial Intelligence is revolutionizing defence, from better threat detection to smarter decision-making. The UK is investing heavily in AI to stay ahead in an increasingly tech-driven world. 📖 Read more: 2025 Aerospace and Defense Industry Outlook 👉 What AI applications in defence excite you the most?

Automatic thermal phase guidance (ATPG) is technology as depicted in the photo. Let's study it and how it is related with loitering munition Automatic thermal phase guidanceb (ATPG) systems enhance military and surveillance operations by integrating thermal imaging with advanced targeting algorithms. These systems detect infrared radiation from objects, process the signals to create thermal images, and use pattern recognition to identify and track targets. Through real-time data fusion with other sensors and adaptive guidance algorithms, they ensure precise targeting and interception, even in challenging environments. This technology represents a significant advancement in situational awareness and target engagement capabilities. In upcoming post we will get familiar with the technology by each step! Stay tuned #ThermalImaging #GuidanceSystems #TargetingTechnology #Surveillance #MilitaryTech #InfraredDetection #AI #MachineLearning #RealTimeTracking #AdvancedAlgorithms #SituationalAwareness #Innovation #Technology #DefenseTechnology

#AI, #Aero, Safran buys AI firm Preligens for 220 million euros French jet engine maker Safran said that had struck a deal to buy AI firm Preligens for 220 million euros ($243.3 million).   Preligens, which specialises in artificial intelligence for aerospace and defense, will be renamed Safran.AI and will become a part of the Safran Electronics & Defense business area.   It develops complex algorithms and software to analyse and automatically detect and identify objects of military interest using commercial and government satellite imagery, Safran said.   "By combining our strengths, we're determined not only to support the development of Preligens' AI solutions, but also to jointly open up entirely new areas of AI application in aviation, defense and space,” CEO of Safran Electronics & Defense, Franck Saudo, said in a press release. #AI, #RB