How Havelsan solves multi-domain data overload with AI-powered command architecture at Eurosatory 2026.

The Turkish defense company Havelsan presented its multi-domain connected defense architecture at the Eurosatory 2026 exhibition in Paris to address data saturation challenges across allied armed forces. This deployment focuses on integrating diverse streams of sensor and situational data into a unified, force-level operational picture to accelerate tactical decision-making loops. By standardizing communication layers and command frameworks, the technology establishes interoperability between conventional manned forces and distributed autonomous networks.

Havelsan utilized the international exhibition to speak about its Advent Combat Management System and MAIN artificial intelligence framework configured for multi-domain joint operations. The architecture connects air, land, and naval autonomous platforms with tactical data links to shorten timelines between target detection and defensive response.

Related topic: Havelsan unveils Advent-AI naval combat system to counter swarm attacks and electronic warfare

Havelsan displays its multi-domain network architecture at Eurosatory 2026 to resolve data saturation by integrating advanced command frameworks, artificial intelligence, and autonomous platforms for accelerated tactical decision-making. (Picture source: Havelsan)

The Turkish company Havelsan used Eurosatory 2026 to position itself around a challenge that increasingly shapes military modernization programs across NATO, the Middle East, Asia, and Africa: the growing gap between the volume of information available to military forces and the ability of command structures to process it fast enough to influence operations. Modern formations routinely operate with surveillance radars, electro-optical systems, sonars, electronic support measures, tactical data links, satellites, unmanned systems, aircraft, ships, ground vehicles, and headquarters that generate information simultaneously.

The problem is no longer the detection of targets, threats, or activities, but the integration of thousands of individual data points into a coherent operational picture that can support decisions at tactical, operational, and strategic levels. Havelsan's portfolio, displayed at Eurosatory, reflects this requirement, as the company concentrates on the integration architecture linking command-and-control systems, combat management systems, mission management software, Tactical Data Links, artificial intelligence applications, autonomous vehicles, and simulation environments. The common objective across these capabilities is to shorten the period between detection, assessment, decision, tasking, and response while allowing land, naval, air, and unmanned assets to operate within the same information environment.

Eurosatory 2026 also gives Havelsan a venue to meet military users, industry representatives, business partners, and potential customers, with discussions focused on current operational needs, future requirements, interoperability, mission management, multi-domain operations, and connected defence environments across land, naval, air, and joint missions. Command and control remains the foundation of that architecture because it determines how information moves between sensors, headquarters, and operational units. Havelsan's systems connect command centers, deployed formations, surveillance networks, and response forces into a shared framework supporting planning, monitoring, information fusion, force coordination, and decision support.

In border security, for instance, this can involve the integration of ground surveillance radars, electro-optical towers, UAV feeds, patrol units, and reaction forces into a single command structure capable of tracking events across large geographic areas. In naval and joint force environments, the same logic applies to fleets, aircraft, submarines, shore facilities, and unmanned assets. The operational value of these systems lies in reducing the delays created when information must pass through multiple reporting chains before reaching decision makers. As military organizations increasingly pursue multi-domain operations, command-and-control architectures are becoming less focused on individual headquarters and more focused on maintaining a continuously updated operational picture shared across multiple echelons and services. 

The strongest example of this integration approach is the Advent Combat Management System, which has become the centerpiece of Havelsan's naval activities. The Advent combines sensor management, track management, threat evaluation, tactical decision support, weapons control, communications management, and Tactical Data Links within a single combat-management architecture. Unlike earlier combat systems designed primarily for individual ships, the Advent was developed around a force-level concept that allows multiple participants to operate within the same tactical environment. The system is currently fitted on Ada-class corvettes, İstif-class frigates, TCG Anadolu, and other Turkish naval assets, while export customers include Pakistan, Indonesia, Malaysia, Nigeria, and Ukraine.

The Advent also exists as a broader family of systems, including the Advent CMS for surface combatants, the Advent Müren for submarines, the Advent Marti for naval aviation, the Advent Ufuk for shore facilities, the Advent Kalyon for mine-warfare vessels, and the Advent Rota for unmanned systems. This expansion indicates that Havelsan is establishing a common operational architecture across multiple naval mission areas rather than maintaining separate combat-management solutions for each user category. Mission management occupies an increasingly important role because modern military operations are shifting from platform-centric concepts toward networked force structures involving large numbers of manned and unmanned assets.

Havelsan's Advent Rota architecture supports mission planning, task assignment, execution monitoring, payload management, sensor control, and mission coordination for unmanned systems. The practical significance of such a system becomes evident when multiple UAVs, unmanned surface vessels, unmanned ground vehicles, ships, aircraft, and command centers must operate simultaneously within the same operational area. Reconnaissance, surveillance, maritime security patrols, border security operations, force protection missions, and distributed naval activities increasingly require commanders to coordinate dozens of assets rather than a handful of vehicles. Mission management software, therefore, becomes less about controlling a single vehicle and more about allocating tasks, synchronizing sensor coverage, managing mission priorities, and maintaining awareness of asset status across an entire operational network.

The objective is to ensure that unmanned systems contribute directly to force-level objectives rather than operating as isolated reconnaissance assets. Tactical Data Links form the communications layer that enables this broader architecture to function. Advent integrates Link-11, Link-16, Link-22, SIMPLE, JREAP, and VMF, allowing the exchange of tactical tracks, engagement information, mission updates, targeting data, platform status, and operational messages between participating units. Link-16 remains one of the most widely used tactical data-link standards among NATO members and partners, while Link-22 is intended to expand networking capacity and improve resilience in contested environments.

By integrating multiple standards simultaneously, Havelsan seeks to reduce the barriers that often exist between naval, air, and land systems operating under different communications architectures. The operational significance extends beyond connectivity. A shared tactical picture allows participants to work from the same recognized operational environment, reducing the risk of duplicate tracking, conflicting reports, or delayed dissemination of threat information. For export customers seeking interoperability with NATO forces or coalition partners, compatibility with established Tactical Data Link standards remains a significant procurement consideration. Artificial intelligence constitutes a separate effort to address information saturation inside military command systems. Havelsan's MAIN artificial intelligence framework is intended for secure military and government networks, while Advent-AI integrates AI capabilities directly into combat management workflows.

Functions include anomaly detection, contact classification, information retrieval, maintenance support, navigation assistance, platform monitoring, and voice command interaction. These capabilities address a practical operational problem: modern operators frequently face more information than they can manually evaluate within the time available. A combat management system (CMS) may receive inputs from multiple sensors, external tactical links, intelligence feeds, and platform-health monitoring systems simultaneously. AI-enabled functions can assist by identifying unusual behavior, prioritizing alerts, classifying contacts, filtering information, and reducing routine workload. Within naval environments, these capabilities also support monitoring of system performance and navigation functions while helping operators focus attention on activities requiring human judgment.

The underlying objective is not automation for its own sake but increasing the speed and quality of human decision-making in information-dense operational environments. Havelsan's autonomous systems portfolio illustrates how the company intends to populate this architecture with operational assets across multiple domains. In the air, the Baha and Bulut provide intelligence, surveillance, reconnaissance, and border security capabilities. On land, the Barkan family is intended for reconnaissance, patrol missions, force protection, logistics support, and manned-unmanned teaming (MUM-T). At sea, the Sancar and Çaka support maritime surveillance, coastal security, patrol activities, intelligence collection, and broader maritime security missions.

What distinguishes these systems within Havelsan's portfolio is their intended integration into command-and-control and mission management networks rather than their individual performance characteristics. The company's concept increasingly revolves around connecting unmanned air, land, and maritime vehicles through common mission management architectures, Tactical Data Links, and command systems so that sensor information collected by one asset can immediately improve decisions affecting the wider force. This approach reflects a broader shift within military modernization efforts toward distributed operations in which manned and unmanned systems function as components of a larger operational network rather than independent capabilities. 

Simulation and training technologies complete the portfolio by connecting force preparation to operational execution. Havelsan's activities in this sector include flight simulators, naval simulators, armored-vehicle simulators, tactical trainers, electronic warfare training systems, and Live-Virtual-Constructive environments. These capabilities support crew certification, readiness generation, mission rehearsal, doctrine development, tactical experimentation, and collective training activities. Havelsan’s wider technology base also includes enterprise software solutions for defence, security, government, and civilian users, while its mission-critical systems serve air, land, naval, and civilian customers in different regions. 

The significance of simulations has also increased as military systems become more complex, more networked, and more expensive to operate. Modern training increasingly requires crews, operators, commanders, and headquarters staffs to practice within representative operational environments before deployment. By linking simulation, command-and-control systems, mission-management architectures, autonomous systems, artificial intelligence applications, and combat-management technologies, Havelsan's Eurosatory 2026 portfolio reflected a consistent theme: the construction of a common operational architecture capable of connecting sensors, commanders, manned forces, unmanned systems, and decision-support tools across the full cycle of planning, training, mission execution, and operational assessment. During Eurosatory 2026, visitors can meet the Havelsan team at Hall 5A, Stand E390, to examine its command and control, combat management, mission management, Tactical Data Links, artificial intelligence, autonomous systems, and simulation technologies.

Written by Jérôme Brahy

Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.

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