Enabling the Future Marine: Advancing Capabilities through Collaboration
Modern conflicts are reshaping the demands on Marine units, requiring enhanced awareness, decision-making, force protection, and logistics at the tactical edge. This session examines the evolving needs of small unit leaders tasked with securing key maritime areas and responding to emerging threats. We will explore how open dialogue and partnership between the Marine Corps and industry can drive innovative solutions ranging from multi-domain sensing to resilient logistics networks. Attendees will gain insights into the challenges, capability gaps, and collaborative approaches essential for supporting the Marine Corps of the future.
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From Perception to Coordination: Advancing Edge-Based Warfighting for Marine Corps Operations
Modern Marine Corps operations are not constrained by a lack of data—t…Modern Marine Corps operations are not constrained by a lack of data—they are constrained by the ability to turn that data into timely, coordinated action. In distributed maritime and expeditionary environments, the challenge is not collection, but r…Modern Marine Corps operations are not constrained by a lack of data—they are constrained by the ability to turn that data into timely, coordinated action. In distributed maritime and expeditionary environments, the challenge is not collection, but relevance, adaptation, and speed at the tactical edge.At TurbineOne, our work to date has focused on solving this problem from the ground up—starting with perception.Our Frontline Perception System (FP…Modern Marine Corps operations are not constrained by a lack of data—they are constrained by the ability to turn that data into timely, coordinated action. 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Detection becomes a dynamic capability, aligned to the fight as it unfolds. But perception alone is not enough. As the number of sensors and autonomous platforms continues to grow, the next challenge is how those assets are coordinated. Today, this coordination burden falls heavily on operators, requiring manual tasking, constant communication, and significant cognitive overhead—especially in contested and communications-degraded environments.TurbineOne is actively extending FPS into this domain through collaborative autonomy at the edge.By combining real-time ATR with lightweight, edge-based coordination, we are enabling systems to begin operating in concert—sharing detections, prioritizing targets, and supporting distributed units without requiring continuous human direction or persistent connectivity. 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Model-Based Systems Engineering: Accelerating system design through model-based methods
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Force Multiplied: Integrated Solutions for the Modern Marine
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