{"slug": "europes-path-to-defense-resilience-lies-in-technological-independence", "title": "Europe’s Path to Defense Resilience Lies in Technological Independence", "summary": "Europe's aerospace and defense sector faces a defining decade as geopolitical instability and advances in autonomous systems drive a push for technological independence. The conflict in Ukraine has exposed vulnerabilities in reliance on foreign tech, prompting European firms like Septentrio to develop resilient navigation technologies. Europe must reduce dependence on external ecosystems to achieve true defense resilience.", "body_md": "Europe’s aerospace and defense sector is entering a defining decade. Geopolitical instability, electronic warfare, fragmented supply chains, and accelerating advances in autonomous systems are fundamentally reshaping how nations think about sovereignty, resilience, and technological independence.\n\nFrom unmanned combat aerial vehicles and autonomous naval platforms to robotic rovers and intelligent satellite systems, defense autonomy increasingly depends on the ability to perceive, process, decide, and act in real time. But despite the rapid rise of AI, autonomy is not created by software alone; it is enabled by an entire and complex ecosystem of technologies working together: sensors, cameras, radar, LiDAR, GNSS receivers, embedded computing, semiconductors, secure communications, edge AI, and resilient data infrastructure.\n\nFor Europe, this creates both a challenge and an opportunity. If Europe wants true defense resilience, it must reduce its dependence on big foreign tech ecosystems. It needs stronger domestic capabilities across the entire innovation pipeline.\n\n### AI alone does not create autonomy\n\nNo one disagrees that AI is transforming aerospace and defense at an unprecedented speed. AI and machine learning are now supporting autonomous navigation, threat identification, predictive maintenance, target recognition, logistics optimization, and mission planning.\n\n[View All](https://www.eetimes.com/category/sponsored-content/)\n\nHowever, AI is only as effective as the infrastructure supporting it.\n\nEven the simplest autonomous battlefield drone requires a sophisticated stack of technologies operating simultaneously: navigation systems, on-board processing, sensor fusion, image recognition, communications resilience, positioning accuracy, and real-time decision-making capability. A one-way drone operating in a GPS-denied environment must still independently identify its route, avoid obstacles and threats, maintain orientation, and continue functioning despite interference or signal disruption.\n\nThe conflict in Ukraine has highlighted this reality dramatically. Commercial technologies such as Wi-Fi networks, smartphones, publicly available messaging applications, and low-cost drones have become integrated into military coordination and tactical decision-making. At the same time, widespread GPS jamming and spoofing have exposed how vulnerable autonomous systems become when they rely on unprotected infrastructure. Consequently, resilient navigation technologies are becoming strategically indispensable.\n\nEuropean firm Septentrio provides a pertinent example: The company develops high-end, multi-frequency GNSS receivers designed to maintain positioning accuracy, even in highly contested electromagnetic environments. Its AIM+ anti-jamming and anti-spoofing technology is designed to preserve navigation resilience under hostile interference, while support for [Galileo OSNMA](https://www.gsc-europa.eu/galileo/services/galileo-open-service-navigation-message-authentication-osnma) authentication helps ensure navigation data originates from genuine satellites rather than malicious spoofing attacks.\n\n### Europe’s deep-tech dependence emerges as a vulnerability\n\nOne of the most significant challenges facing Europe is not a lack of innovation but a persistent dependence on external technologies.\n\nAcross cloud infrastructure, semiconductors, satellite communications, and hyperscale computing, Europe remains heavily reliant on technologies controlled outside the continent. In times of geopolitical stability, this dependency may appear manageable. In periods of conflict or economic fragmentation, it becomes a major strategic risk.\n\n### Europe’s push for digital sovereignty\n\nEurope is no longer standing still. Across the continent, political leaders and commercial organizations are stepping up to treat technological sovereignty as a strategic imperative. While Europe may not match the scale of the U.S. technology sector, a growing number of initiatives are attempting to build sovereign alternatives in cloud infrastructure, data hosting, semiconductors, and communications systems. One company increasingly positioning itself at the center of this push is Germany’s Schwarz Digits.\n\nSchwarz Digits, the technology division of Lidl owner Schwarz Group, has become one of Europe’s strongest advocates for sovereign cloud infrastructure. The company launched its Stackit platform specifically to reduce dependence on U.S. and Chinese hyperscalers and ensure that European data remains governed under European legal frameworks.\n\nThe company’s concerns are rooted in direct experience. According to Schwarz Digits leadership, previous disputes involving foreign authorities exposed the risks associated with relying on external digital infrastructure. This prompted the company to invest heavily in sovereign cloud capability, [including an €11 billion (~$12.8 billion) data center development near Berlin](https://www.smartcountry.berlin/en/newsblog/details/schwarz-digits-is-building-one-of-europe's-most-modern-data-centres-in-brandenburg.html).\n\nBut the reality is that such efforts only scratch the surface of the challenge ahead.\n\nThere is good news as well: Europe has exceptional engineering talent and world-leading industrial expertise, yet many of its digital platforms remain relatively small compared with dominant global technology ecosystems. Without greater investment and coordination, Europe risks becoming even more reliant on infrastructures that it does not control.\n\nThe same concern applies to satellite communications, where the global landscape has been reshaped by the rapid rise of low-Earth-orbit constellations led by SpaceX’s Starlink system. Since its commercial launch in 2019, Starlink has deployed thousands of satellites in low orbit, delivering high-speed connectivity to over a million users worldwide, with latency levels far closer to terrestrial broadband than traditional geostationary systems.\n\nRather than simply displacing existing providers, this shift has expanded the overall market, making satellite connectivity available for applications outside the defense and government realm, such as private, industrial, and emergency-response applications. At the same time, it reshapes the strategic structure of global communications by concentrating critical connectivity infrastructure within a small number of large, predominantly non-European commercial operators.\n\nThis creates a dynamic that mirrors Europe’s position in cloud computing: increased performance and accessibility but growing structural dependence on external platforms for essential capabilities. As satellite communications become more integral to military coordination, autonomous systems, and resilient battlefield connectivity, this dependence introduces a parallel form of strategic vulnerability.\n\nFor Europe, therefore, the issue is not only the scale of its sovereign cloud efforts, as seen with initiatives such as Schwarz Digits, but also its limited footprint in next-generation orbital infrastructure. In both digital and space-based systems, the underlying challenge is the same: Critical layers of defense-enabling technology are increasingly controlled outside Europe’s direct influence.\n\n### Europe must scale SME innovation faster\n\nEurope already possesses a highly innovative defense and aerospace technology base. Across the continent, SMEs and startups are developing cutting-edge technologies in edge AI, robotics, embedded systems, navigation, satellite communications, cybersecurity, and autonomous mobility.\n\nToo many European startups successfully patent innovative technologies but struggle to commercialize them. They often lack manufacturing support, certification capability, integration expertise, or access to international defense markets. As a result, promising technologies either stagnate or are acquired before Europe fully benefits from their strategic value.\n\nGovernments must assume a more proactive role in that process. Procurement systems should facilitate accelerated innovation cycles and establish pathways for SMEs to participate in strategic programs at earlier stages. Continued reliance on a limited number of major defense contractors is unsustainable as emerging technologies advance rapidly.\n\nThe semiconductor crisis highlighted this vulnerability clearly. Global shortages disrupted aerospace, automotive, industrial, and defense production simultaneously, exposing how fragile international supply chains had become. Europe now faces increasing pressure to strengthen local semiconductor capability, diversify raw material sourcing, and invest in strategic reserves of critical technologies.\n\nThe same applies to engineering talent. Europe must continue to invest in education, embedded systems expertise, semiconductor design, AI development, and advanced manufacturing capability. Sovereignty cannot exist without the people capable of designing, researching, manufacturing, and evolving these technologies within Europe itself.\n\n### Europe faces a critical choice\n\nEurope can either continue to rely heavily on external technology ecosystems and fragmented supply chains, or it can strengthen and build up its sovereign capabilities across the entire technology value chain.\n\nThe good news is that Europe already possesses the foundations required to succeed: engineering excellence, industrial capability, world-class research and educational institutions, and an increasingly innovative startup ecosystem.\n\nIf Europe wants true resilience in aerospace and defense, it must invest decisively in that ecosystem now.\n\n##### Read also:\n\nThe June 2026 edition of EE Times Magazine investigates the rise of autonomous aerospace and defense systems—from orbital data centers to AI-enabled drones—and explores Spain’s growing photonics, quantum, and semiconductor ecosystem.", "url": "https://wpnews.pro/news/europes-path-to-defense-resilience-lies-in-technological-independence", "canonical_source": "https://www.eetimes.com/europes-path-to-defense-resilience-lies-in-technological-independence/", "published_at": "2026-06-29 12:34:57+00:00", "updated_at": "2026-06-29 12:40:36.539674+00:00", "lang": "en", "topics": ["autonomous-vehicles", "ai-safety", "ai-policy", "ai-infrastructure", "ai-ethics"], "entities": ["Septentrio", "Galileo OSNMA", "Europe", "Ukraine"], "alternates": {"html": "https://wpnews.pro/news/europes-path-to-defense-resilience-lies-in-technological-independence", "markdown": "https://wpnews.pro/news/europes-path-to-defense-resilience-lies-in-technological-independence.md", "text": "https://wpnews.pro/news/europes-path-to-defense-resilience-lies-in-technological-independence.txt", "jsonld": "https://wpnews.pro/news/europes-path-to-defense-resilience-lies-in-technological-independence.jsonld"}}