Marduk Technologies’ Post

We're excited to share our involvement in the EDF STORE project, coordinated by Thales and supported by the European Defence Fund. Our role in this initiative focuses on these key areas: ▶ developing innovative computer vision models ▶ generating synthetic machine learning data ▶ gathering and labelling military object data The STORE project is crucial as it develops Europe’s first extensive, shared database of defense imagery, focusing on enhancing the capabilities of optronic sensors integrated with AI to counter rapidly evolving threats like drone swarms and hypersonic missiles. This initiative is set to transform how land forces perceive and react on the battlefield by improving situational awareness and speeding up decision-making processes, which is very important in today’s complex threat environment. For more information regarding the project: https://edf-store.com/# Stay tuned as we continue moving forward in this important defense technology project! #EDF #AI #ComputerVision #MachineLearning #MardukTechnologies

The European Union STORE project by combining #optronic sensors with #AI-based analyses techniques will set up future functionalities to augment the war fighters' perception of the battlefield.

📢 An unprecedented European project to increase #combat perception capabilities! To address a complex and constantly changing threat environment, the European Defence Fund is supporting the European Commission's EDF STORE collaborative project to accelerate the introduction of #AI and associated shared database in the imaging systems for land forces. Coordinated by Thales and bringing together a consortium of 20 partners (manufacturers, SMEs and #academics), this project will contribute to the automatic management and tactical analysis of information in land combat situations, thanks to technological innovation in deep learning of optronic data. ➡ Learn more https://lnkd.in/e4Hn_BVE Safran ONERA - The French Aerospace Lab GMV Leonardo Fraunhofer IOSB FlySight TNO LIST HENSOLDT Optronics (Pty) Ltd HENSOLDT Analytics KONGSBERG Rheinmetall Marduk Technologies AIT Austrian Institute of Technology University of Cologne Cybernetica STAM Falconers Università degli Studi di Modena e Reggio Emilia

Highlights from ILA Berlin - Pioneering Aerospace 1.    Prominent Presence of In-Space Manufacturing Companies Noteworthy is the significant presence of companies focused on in-space manufacturing. Key players include The Exploration Company, Voyager Space, Redwire Space Europe, and Airbus. The pioneering mission by Varda Space Industries seems to have inspired many in the industry, though I remain skeptical about the market size. Bioprinting, in particular, holds promise, yet a commercially viable product appears to be at least a decade away. It is evident that both Europe and the US are recognizing low Earth orbit as a commercial frontier, while space agencies are shifting their focus toward deep space exploration. 2.    Funding Shifts and Security Discourse I liked how one of the speakers said with regret that there will be less money for exploration projects in the future, because in the foreseeable future more money will be spent on war. This shift towards security and technological sovereignty was palpable. The European Union is acutely aware of the strategic importance of space for Europe's future security. The current situation mirrors post-Yugoslav war developments when Europe established its own GNSS. Today, similar efforts are underway with IRIS², despite the realistic expectations that the system will not be operational by 2027 and will likely exceed initial cost estimates. Plus the results of European Parliament elections will likely affect EU’s approach to space programs. 3.    Emphasis on Long-Term Space Sustainability A key event was the signing of the ESA Zero Debris Charter by over forty organizations, underscoring a commitment to sustainable space activities. However, the document itself does not contain the clause of deorbiting of space object within five years, which is already a commitment for European Space Agency - ESA missions. This requirement currently applies mainly when companies seek an FCC license, effectively making the five-year rule a standard since 2022. The Zero Debris Charter remains non-binding, but it reflects a collective aspiration towards a future free from space debris. 4.    Support for Light Launch Vehicles Europe is poised to support the development of light launch vehicles, with anticipated, albeit modest, returns of European launch capabilities this summer with Ariane 6 and LV from Isar Aerospace. This initiative reflects an institutional push aiming to ensure Europe’s assured access to space, however commercial prospects of these LVs remain unclear to me. 5.    Local Focus of ILA Berlin ILA Berlin retains a local flavor, with a limited presence of international space companies. I had anticipated greater participation from French, Italian, and British firms, as well as leading New Space companies from Lithuania (Kongsberg NanoAvionics) and Belgium (Aerospacelab). Nevertheless, it was a pleasure to meet the colleagues from the Berlin office of EnduroSat.

Aerospace companies and manufacturers supplying parts to the industry have embraced digital twin technology more rapidly than other sectors. In fact, 75% of Air Force executives consider it important. imaginX emphasizes that to achieve the next level of engineering productivity, speed, and quality, the aerospace sector must focus on analytics-driven productivity and the digital twin. While many companies are already exploring these areas, there remains significant opportunity to accelerate and scale efforts. #imaginX #XR #Aerospace #digitaltwintechnology

🎯 A concentric recurring-revenue engine, such as the one established here by Anduril Industries, is a prime example of the enterprise mindset in #BD.

Yesterday, we had the honour of sharing results of our collaboration with Asven Gariah from Safran during NAFEMS conference. The presentation, dedicated to advanced predictive maintenance in aeronautics, highlighted the innovative solutions emerging through the use of a #digital_twin coupled with #neural_network. 🚀✈️ 👉 We demonstrated how to use a functional and dysfunctional digital twin to train a neural network to recognise weak signals of wear onset in an aircraft engine from a reduced number of measurements . By addressing the challenges of incomplete or scarce functional and especially dysfunctional data in the real world, our approach offers scalable and cost-effective solutions for industry. The reception from the audience, the enriching discussions and the keen interest shown by the experts present confirmed the relevance of this breakthrough. 🙏 Many thanks to the participants for their pertinent questions and their enthusiasm for this revolutionary technology. 📢 If you're interested, let's talk about it and explore collaboration opportunities together! #NAFEMS #Aerospace #IA #PredictiveMaintenance #Innovation #France2030

🚀 Brace yourself for a game-changing collaboration between UC Berkeley's FHL Vive Center and BeamNG! They're revolutionizing "Sim-to-Real" tech, set to transform industries like transportation, aerospace, defense, and healthcare. This partnership promises lifelike simulations, enhanced safety, and cutting-edge AI advancements. Get ready for a future where vehicles are smarter and safer! 💡🔥 #Innovation #SimulationTech #IndustryRevolution. What are your thoughts on this groundbreaking partnership? Comment below! ⬇️ Original article: https://lnkd.in/eGBYrtCD

🚀 On Day 3 of the Dewesoft #MC2024 after the #Aerospace #Keynote and the Summer Camp presentation and invitation for #SC2024, with Alberto Boffi, the Dewesoft Srl team, and myself we had an exceptional #presentation of the 🚀 #IDEWE1 Demo Rocket, for the DEWESoft's president, Dr. Jure Knez. This rocket, a #project spearheaded by #university #students, serves as a dynamic #showcase at various fairs and DEWESoft #events, demonstrating our cutting-edge #measurement capabilities in aerospace #technology. https://lnkd.in/dVaKpUd2 🌌 Exploring the I-DEWE-1 Rocket's Features: The 🚀 I-DEWE-1 is equipped with advanced #sensors and measurement #tools, including a dual-point shaft #speed sensor that demonstrates #mechanical #torque and #power #dynamics. It also features an #accelerometer for #vibration #analysis, and #electrical measurements for #AC and #DC inputs, showcasing the integration of mechanical and electrical power measurements. 📊 🔊 Enhanced Presentation Tools: Not just a technological marvel, the 🚀 I-DEWE-1 rocket enhances its #display with a custom-made #smoke #machine and a powerful #audio speaker system that replicates the #sound of an actual rocket #launch, adding an immersive element to its demonstrations. 🔧 Modular and Versatile #Design: That includes a removable upper bay with its own #battery and #electronics, allowing for standalone use or integration with other systems. This design flexibility is crucial for tailored #educational and exhibition applications. 🎙️ Interactive Demonstrations: Experience the 🚀 I-DEWE-1 in action as we demonstrate live, sending simple commands over Wi-Fi to control the rocket's features, including the #temperature of the smoke machine and the pressure systems. This live demo will not only show the rocket's capabilities but also its potential as an educational tool in aerospace #engineering. 🏅 A Close Look at Practical Applications: The presentation will conclude with a Q&A session, providing insights into the practical applications of such technologies in the aerospace sector and beyond. It was a #groundbreaking presentation where we bridged the gap between academic concepts and real-world technological applications in one of the most exciting and visually captivating demonstrations of the conference. I apologize for the less-than-perfect audio in parts of the video, but the content remains a must-see for enthusiasts and professionals alike. Thank you for watching, and we hope you enjoy this deep dive into aerospace innovation!

Now online and ready for your reading list, it’s the 2022-2023 Innovation for Defence Excellence and Security (IDEaS) Annual Report! Accomplishments highlighted in the document include: • inaugural Marketplace event • completion of the first IDEaS Test Drive • first challenges launched on quantum technologies and robotics • second counter-drone Sandbox event • IDEaS funded COVID-19 solution hits the market We’re proud to work with Canadian innovators to develop and advance the defence S&T landscape. Read all about the program’s accomplishments over the previous year: https://lnkd.in/etXFu3Eh #DefenceIDEaS #DefenceScience