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Multi-Domain Command Integration for Air Defense

Lockheed Martin and HawkEye 360 integrated commercial sensing and battle management technologies to improve multi-domain command and control during Valiant Shield 2026.

  www.lockheedmartin.com
Multi-Domain Command Integration for Air Defense

Lockheed Martin and HawkEye 360 demonstrated an integrated command and control architecture during the Valiant Shield 2026 exercise, combining battle management software, air and missile defense systems, and commercial sensor data. The cooperation focused on improving decision support, long-range targeting, and interoperability for integrated air and missile defense operations in complex operational environments.

Integrating Multi-Domain Defense Systems
The cooperation brought together Lockheed Martin's command and control technologies with HawkEye 360's commercial signals intelligence capabilities to support converged fires, integrated air and missile defense, and long-range targeting. The demonstration addressed the challenge of coordinating multiple sensors, radar systems, weapon platforms, and command networks operating simultaneously across joint and coalition forces.

The exercise illustrated why cooperation between software, sensor, and defense technology providers is necessary. Modern integrated air and missile defense requires rapid data exchange, standardized interfaces, and coordinated decision-making across distributed systems that operate at different security classifications and command levels.

Battle Management Architecture and Partner Responsibilities
Lockheed Martin provided the CommandIQ battle management platform, which integrated operational data from multiple defense systems, including C2BMC, Aegis Guam System, Terminal High Altitude Area Defense (THAAD), Integrated Battle Command System (IBCS), and Air Base Air Defense System Missile Defense (ABADS MD). The software generated a common tactical picture by combining live and simulated operational data.

Artificial intelligence functions evaluated engagement alternatives by analyzing available interceptors, threat priorities, and system readiness. Operators received prioritized engagement recommendations before commands were digitally transmitted to the selected weapon system while maintaining coordination with the remaining defense assets.

HawkEye 360 contributed commercial radio frequency sensing and edge-based Processing, Exploitation, and Dissemination capabilities that generated unclassified target tracks. These tracks were distributed across participating command networks to support continuous target custody and improve situational awareness using commercial signals intelligence alongside military sensor inputs.

Deployment During Valiant Shield 2026
The integrated solution was demonstrated during Valiant Shield 2026 in Guam as part of expeditionary integrated air and missile defense operations. The deployment combined the AN/TPY-6 radar with the Aegis Guam System and a Vertical Launching System for simulated defensive engagements.

The AN/TPY-6 radar operated as part of the software-defined S-Band Radar architecture and exchanged tracking information with the Aegis Weapon System. Integration enabled coordinated detection, classification, tracking, and engagement of ballistic, hypersonic, and cruise missile threats using a common command infrastructure.

Industrial Applications and Operational Benefits
The demonstrated architecture supports integrated air and missile defense, joint command and control, digital infrastructure for defense operations, and multi-domain military coordination. Typical applications include regional missile defense, expeditionary force protection, coalition operations, and long-range precision targeting.

By combining commercial sensing with military command systems, operators gain additional tracking sources while reducing delays associated with information processing and target correlation. AI-assisted battle management also helps optimize interceptor allocation and preserve available munitions through coordinated engagement planning.

Operational Impact
The exercise demonstrated the integration of commercial sensor networks with military battle management software within a unified command and control environment. The architecture supported coordinated engagement recommendations across multiple integrated air and missile defense systems while improving interoperability between participating forces. The deployment also advanced the integration of the AN/TPY-6 radar and Aegis Guam System toward early operational capability.

Edited by Evgeny Churilov, Induportals Media - Adapted by AI.

www.lockheedmartin.com

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