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How Coges Events Positions Defense Exhibitions as Military-Industry Platforms.
Charles Beaudoin warned in Brussels that defense exhibitions are transforming into operational platforms linking industry and armed forces. The shift reflects mounting pressure on U.S. and allied militaries to accelerate capability development amid rising global threats.
Speaking at BEDEX, the Coges Events president and former French Army general pointed to a clear evolution in how defense events function, moving beyond static showcases toward dynamic environments where procurement, innovation, and operational feedback converge. He stressed that accelerating conflict cycles, particularly in Ukraine and the Indo-Pacific, are forcing closer alignment between manufacturers, military planners, and emerging tech firms. Exhibitions now serve as live interfaces for testing concepts, forming partnerships, and identifying capability gaps in near real time.
General Charles Beaudoin and Alain Servaes during Bedex 2026 (Picture source: Army Recognition Group)
Beaudoin’s assessment reflects a broader shift in the role of defense exhibitions. No longer limited to showcasing equipment, these events now function as operational and strategic hubs where nations evaluate readiness, industrial resilience, and technological integration. His remarks come ahead of Eurosatory 2026, scheduled to take place from 15 to 19 June at the Villepinte Exhibition Center in Paris, which he described as a central node in the global defense ecosystem.
The first edition of BEDEX itself illustrates this transformation. According to Beaudoin, the exhibition successfully brought together a wide spectrum of stakeholders, including traditional defense actors and a growing number of civilian companies and startups. This dual-use ecosystem plays an increasingly critical role as armed forces seek to integrate commercial technologies into military applications. Civilian innovations in fields such as artificial intelligence, cloud computing, and advanced manufacturing are now directly influencing defense capabilities, particularly in areas where traditional procurement cycles have proven too slow.
This convergence is particularly visible in the evolution of Coges Events’ portfolio. Beyond Eurosatory, the organization has developed a range of international initiatives, including Expo Defensa in Colombia and a dedicated exhibition for mountain and Arctic troops in Grenoble. These specialized events reflect a growing need to address specific operational environments. For instance, Arctic operations impose constraints on equipment reliability, mobility, and endurance, requiring systems capable of functioning in extreme cold, degraded communications environments, and limited logistical support.
At the same time, Coges has introduced monthly e-conferences and innovation-focused gatherings that bring together military personnel, engineers, and industry representatives. These formats aim to accelerate knowledge exchange and align technological development with operational requirements. Rather than focusing solely on procurement, these discussions explore how armed forces can adapt to evolving threats, including hybrid warfare, cyber operations, and contested electromagnetic environments.
Eurosatory 2026 is expected to embody these trends on a global scale. With more than 2,000 exhibitors, 42 national pavilions, and over 300 official delegations, the event will provide a comprehensive overview of current defense dynamics. The exhibition also integrates homeland security and crisis-response capabilities, reflecting the increasing overlap between military operations and civil protection missions. This includes responses to natural disasters and environmental crises, which are becoming more frequent due to climate change.
Three major developments are set to define the 2026 edition. The first is a heightened sense of urgency among armed forces. Beaudoin highlighted that military planning horizons are shortening significantly, with many nations now preparing for potential high-intensity conflicts within a three-year timeframe. This shift is driving renewed investment in capabilities that had been neglected for decades, including ground-based air defense systems and long-range artillery. These systems are essential for countering aerial threats such as drones and cruise missiles, as well as for delivering precision fires at extended ranges.
A second trend is the emergence of turnkey industrial solutions aimed at accelerating production and enhancing strategic autonomy. Manufacturers are increasingly offering complete production lines for ammunition and armored vehicles, incorporating large-scale additive manufacturing technologies. These industrial systems enable rapid production of critical components, reduce dependence on external supply chains, and allow for on-demand manufacturing in operational theaters. Additive manufacturing, for example, can produce complex metal parts with reduced lead times, which is particularly relevant for maintaining readiness in high-tempo operations.
The third and most transformative development is the growing militarization of deep technologies. Artificial intelligence, commercial space capabilities, nanotechnology, and quantum computing are reshaping the nature of warfare. AI-driven systems, for instance, enhance target recognition, decision-making speed, and autonomous operations, while commercial satellite constellations provide resilient communication and reconnaissance capabilities even in contested environments. However, these technologies also introduce vulnerabilities, particularly in cyber and electronic warfare domains where GPS signals can be jammed or spoofed.
This shift is leading to the emergence of a new defense ecosystem in which traditional defense companies coexist with technology firms and startups. Unlike legacy systems designed for long service lives, many of these new solutions prioritize adaptability and software-driven upgrades. This results in lower-cost systems that can evolve rapidly in response to operational feedback, reflecting lessons learned from recent conflicts.
Eurosatory 2026 will also feature expanded exhibition space, with a fourth hall increasing the total area to 185,000 square meters. The event will include over 120 conferences, live demonstrations, and immersive scenarios designed to provide visitors with a comprehensive understanding of current and future capabilities. Notably, Ukrainian companies are expected to have a strong presence, showcasing battlefield-tested technologies developed in response to ongoing conflict.
The role of media coverage remains central to the impact of such events. Beaudoin underscored the importance of specialized outlets like Army Recognition Group in translating complex defense topics into accessible information for a broader audience. In a context where public awareness of security issues is increasing, effective communication is essential to bridge the gap between technical expertise and societal understanding.
Taken together, these developments highlight a defense sector undergoing rapid transformation. The convergence of operational urgency, industrial adaptation, and technological innovation is redefining how nations prepare for future conflicts. Eurosatory 2026 is set to serve as a key indicator of these shifts, offering insight into how armed forces and industry are responding to an increasingly uncertain strategic environment.