Lockheed Martin’s Post

AI pilots X-62 VISTA in dogfight against F-16! DARPA's ACE program showcases breakthrough in aerospace AI. Read about the simulated battle and its implications for the future.

A good read and important to note the availability adds to another available aircraft.

Responsible use of AI can greatly enhance productivity as we have seen.

AI and Aviation! 🤖✈️ 1. Historic Milestone: The US military recently conducted the first-ever human vs AI dogfight test! In a drill over Edwards Air Force Base, a human-piloted F-16 faced off against an AI-controlled counterpart, reaching speeds of up to 1,200mph. 2. AI in Action: During the test, the AI algorithm, powered by machine learning, analyzed historical data to make real-time decisions. This marks a significant leap in autonomous air-to-air combat capabilities, showcasing the potential of AI in transforming aerospace history. Stay tuned for more groundbreaking developments in AI and its impact on military technology! 🛫 #AI #MilitaryTech #AerospaceInnovation https://lnkd.in/gn-SFQp6

Lockheed Martin is working closely with customers to ensure AI models are trusted by the end-user to meet their mission needs. This is especially true with Lockheed Martin’s use of AI/ML in support of the U.S. Navy's Aegis Combat System. AL/ML helps the system assess threats and make decisions based on data. Already, this technology has helped make updates for destroyers to counter Houthi attacks. Lockheed Martin remains committed to advancing state-of-the-art autonomous systems in support of the U.S. Air Force’s Collaborative Combat Aircraft (CCA) effort. The Skunk Works® team is hard at work, prioritizing speed to ramp and delivering quantity at scale to realize the Air Force vision of autonomous systems working synergistically with crewed and uncrewed systems to provide the ultimate in mission flexibility as part of a distributed team. Our work to develop and integrate pathfinding open architectures, ground control systems like the MDCX™ and mission systems continues. For some time, we’ve been focused on bringing to life the transformative power of autonomous and AI-enabled operations in crewed and uncrewed Department of Defense systems, with particular focus on integrating fifth generation aircraft. This commitment and work are ongoing. One of the future’s biggest challenges is data. Even now humans alone can’t make sense of -- or make quick decisions from -- all the sensor data they receive. Lockheed Martin is taking on this challenge by demonstrating how AI can analyze multiple, diverse data streams to create a prototype Earth and Space Observing Digital Twin of current global weather conditions for the National Oceanic and Atmospheric Administration (NOAA). Technology like this could provide greater situational awareness for many of the company’s other customers.

Interesting conversation. Do you update existing vehicles or do you create cheaper new platforms? This seems to be a topic across all of DOD. The newer platforms tend to be modular and easily adaptable to accommodate a variety of different missions but also the evolve with the landscape of war. As warfare evolves with technology so does the vehicles and vice versa. It is an iterative evolution driven by tech evolution by each of the countries. It’ll be interesting to see how vehicles evolve with AI, autonomy, and the increased analysis capabilities.

🚀 The New Frontier: Air Combat AI Challenge 🚀 Exciting news for everyone interested in the future of aerial combat! I'd like to share the latest about the "Air Combat AI Challenge," organized by Japan's Acquisition Technology & Logistics Agency (ATLA). This challenge aims to develop AI models that can make decisions surpassing human capabilities in air combat scenarios. In the second Air Combat AI Challenge held in fiscal year 2022, participants were tasked with creating an AI model to control a team of aircraft in a simulated air battle. The Blue Team utilized a rule-based AI, while the Red Team employed a hybrid AI incorporating machine learning. The Red Team's AI managed to outmaneuver the Blue Team's by predicting missile impact times more effectively and evading them. 🔗 Check out the video for more details: https://lnkd.in/g6huvrdT ATLA continues to promote research on AI technologies, with the third Air Combat AI Challenge currently underway. This initiative marks a significant step towards technological innovation and enhancing defense capabilities. 🤖 Let's join this incredible journey at the forefront of AI technology! #AI #AerialCombat #TechInnovation

Okay picture this- a battlefield where decisions are made in the blink of an eye, where data streams in from every corner of the globe, and where the line between science fiction and reality fades. This isn’t the plot of a sci-fi thriller—it’s our new reality. Artificial Intelligence has leaped from concept to crucial player in modern warfare. AI-driven drones make split-second decisions mid-flight, systems that anticipate an enemy's next move with eerie precision—this is not the future; it's the present. The rules of engagement have changed, and they’re written in code. But as AI's role expands, so do the ethical dilemmas. How do we wield this power without losing our moral compass? Can we trust algorithms with the decisions that could alter the course of history? The future of defense is here, powered by AI. The real question is: Are we prepared to navigate this new frontier responsibly? What’s your take on AI’s growing influence in warfare? How do we ensure it’s used wisely? Follow Cubik

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]

The top trends influencing commercial aviation in 2024— From the space race, new propulsion methods, to #AI in #AvMRO & counterfeit parts Get the full lowdown all in one place: https://ifs.link/NtgLGX