Force Multiplied: Integrated Solutions for the Modern Marine
L3Harris is delivering integrated solutions that keep Marines connected, supplied and lethal in contested environments. Tactical communications and SATCOM provide resilient connectivity, autonomous logistics deliver supplies without risking manned aircraft, and launched effects extend lethality to beyond-line-of-sight ranges from safe standoff distances. Join RADM Matt "Gucci" Klunder, USN (Ret.) to see how these interoperable capabilities create overmatch advantage for the modern warfighter.
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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. 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 (FPS) is deployed today and enables real-time, operator-driven Automatic Target Recognition (ATR) directly at the edge. Unlike traditional approaches that rely on centralized model development and static datasets, FPS allows Marines to create, refine, and deploy detection models in minutes to hours, within the operational environment itself. This ensures that what is being detected is not just technically accurate, but mission-relevant and environment-specific.This shift—from pre-built models to adaptive, operator-driven perception—has immediate operational impact. Units can respond to evolving signatures, novel threats, and changing terrain without waiting for reachback support. 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. This approach reduces the need for manual synchronization while improving the speed and coherence of operations across air, maritime, and ground assets.What we can provide to Marines today—and within the next year—is a practical step forward: ● Mission-adaptive ATR at the edge, created and refined by operators● Faster targeting and detection timelines, aligned to real-world conditions● Initial collaborative behaviors across distributed sensors and platforms● Reduced cognitive load in managing multi-domain assets● Resilient performance in DDIL environments, without reliance on cloud infrastructure These capabilities are being fielded and iterated now, with a clear focus on operational utility rather than theoretical promise.Looking ahead, we are building toward a more comprehensive system that enables perception and coordination through a single operational framework: Frontline C2.Frontline C2 represents the next evolution—not as a replacement for FPS, but as the system that enables it to scale. It introduces an edge-native approach to command and control that organizes information and action around areas of operation, ensures only relevant data is shared across the network, and aligns system behavior with commander’s intent.By incorporating agentic AI at the edge, Frontline C2 will allow missions to be decomposed into executable tasks, coordinated across distributed assets, and continuously adapted in real time—even in denied, degraded, intermittent, and limited environments.In this model, FPS provides the eyes and understanding, collaborative autonomy provides the initial coordination, and Frontline C2 delivers the structure and scalability to unify operations across the battlespace.The long-term impact is a shift in how Marine units operate: from manually orchestrating individual assets to supervising coordinated, adaptive systems that can act at machine speed while keeping humans in control of critical decisions.This is not about future concepts disconnected from reality. It is about building from what is working today—edge-based perception—and extending it step by step into a more capable, resilient, and scalable way of fighting.Everything we build is designed for the environment Marines will actually operate in: contested, distributed, and often disconnected. Not adapted from the cloud, but built for the edge from the start.The advantage will go to forces that can adapt fastest, coordinate effectively, and act decisively at the edge.TurbineOne is delivering that capability—today, and into the next phase of warfighting.Show MoreClick the title to see all detailsShow More
Model-Based Systems Engineering: Accelerating system design through model-based methods
Rapid prototyping and COTS‑based acquisition pathways are delivering c…Rapid prototyping and COTS‑based acquisition pathways are delivering capability faster than ever, but many programs struggle to scale prototypes into operational systems. Government and independent assessments consistently show that while speed has i…Rapid prototyping and COTS‑based acquisition pathways are delivering capability faster than ever, but many programs struggle to scale prototypes into operational systems. Government and independent assessments consistently show that while speed has improved, visibility into technical health, architecture maturity, software quality, and sustainment risk often lags—undermining data‑driven decision making and long‑term mission outcomes. This present…Rapid prototyping and COTS‑based acquisition pathways are delivering capability faster than ever, but many programs struggle to scale prototypes into operational systems. Government and independent assessments consistently show that while speed has improved, visibility into technical health, architecture maturity, software quality, and sustainment risk often lags—undermining data‑driven decision making and long‑term mission outcomes. This presentation examines why Model‑Based Systems Engineering (MBSE) is increasingly critical for rapid prototyping environments, particularly in COTS‑heavy systems. Rather than treating MBSE as documentation overhead, the talk reframes it as a speed enabler—providing a digital backbone that supports early prototyping, parallel development, integration discipline, and continuous learning. Using a real-world U.S. Marine Corps example, the presentation demonstrates how capability‑anchored models, test‑driven requirements, and early architectural baselining enable teams to prototype faster while reducing integration and sustainment risk. It also explores how Systems Engineering and objective quality metrics are tightly coupled, showing how model‑based decisions translate directly into measurable improvements in code quality, modularity, agility, and risk reduction over time. The session addresses common objections to Systems Engineering—such as perceived schedule impacts, incompatibility with Agile and DevSecOps, and limited value for small or rapid efforts—and illustrates how a lean, execution‑focused MBSE approach can front‑load clarity without slowing delivery. Participants will gain practical insight into how MBSE supports capability‑driven MVPs, rapid iteration, impact analysis, and confident transition from prototype to production. Attendees will leave with a clearer understanding of how MBSE is not overhead, but a strategic enabler for rapid, mission‑focused capability delivery in modern defense programs.Show MoreClick the title to see all detailsShow More
Enabling the Future Marine: Advancing Capabilities through Collaboration
Modern conflicts are reshaping the demands on Marine units, requiring …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 m…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 sensi…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. Show MoreClick the title to see all detailsShow More
