Project Convergence

Project Convergence. It is a flagship campaign of learning and experimentation led by the United States Army to accelerate the development and integration of joint warfare capabilities across all domains. The initiative serves as the Army's primary contribution to the broader Department of Defense effort, known as Joint All-Domain Command and Control (JADC2), aimed at achieving decision dominance over adversaries. Through a continuous cycle of rigorous testing, simulation, and live demonstrations, it seeks to seamlessly connect sensors from all military services to the best available shooters, dramatically shortening the kill chain.

Overview

The core objective is to create a resilient, integrated warfighting network that connects platforms and units across the United States Armed Forces and with key allied nations. It focuses on fusing data from a vast array of sensors, including those from satellite constellations, unmanned aerial vehicles, and ground-based systems, to create a common operational picture. This data is then processed by advanced artificial intelligence and machine learning algorithms to recommend optimal courses of action to human commanders. The ultimate vision is to enable forces to sense, understand, and act at a pace that adversaries cannot match, a concept central to modern multi-domain operations.

Development and history

The concept was formally launched in 2020, with its first major field experiment conducted at Yuma Proving Ground in Arizona. This event involved soldiers from the I Corps and focused on integrating Army-specific systems. Subsequent iterations rapidly expanded in scope and complexity, incorporating capabilities from the United States Marine Corps and the United States Air Force. The 2022 iteration, known as Project Convergence 2022, was a landmark event that included participation from the British Army, the Australian Army, and the United States Navy, marking a significant step toward combined arms and international interoperability. Planning and execution are heavily supported by entities like the Army Futures Command and the Combat Capabilities Development Command.

Key technologies and capabilities

The initiative tests and integrates a wide suite of emerging and disruptive technologies. Central to these are advanced battle management systems, such as the Army's Project Titan and the Air Force's Advanced Battle Management System, which serve as the "brains" of the network. It heavily utilizes autonomous systems, like the Robotic Combat Vehicle and the MQ-1C Gray Eagle, for reconnaissance and lethal effects. Artificial intelligence tools, including the Firestorm decision-making aid, analyze massive data flows to identify targets. The network itself relies on resilient communications, tested through platforms like the Kratos XQ-58 Valkyrie drone, which can act as a data relay in contested environments.

Military exercises and demonstrations

The primary vehicle for testing is an annual series of capstone demonstrations that grow in scale each year. These events, often held across multiple locations like Yuma Proving Ground, White Sands Missile Range, and Camp Pendleton, involve live-fire scenarios and simulated engagements. A notable demonstration involved a ground-based sensor detecting a maritime threat, which was then engaged by a Naval Strike Missile fired from the Marine Corps's NMESIS launcher, with targeting data provided by the Space Force. These exercises rigorously stress the network against sophisticated electronic warfare and cyberattack simulations to ensure robustness in future conflicts against peers like the People's Liberation Army.

Strategic importance and impact

This effort is a direct response to the pacing challenge presented by the military modernization of the People's Republic of China and the capabilities of the Russian Armed Forces. By accelerating the fusion of joint warfare capabilities, it aims to uphold the United States' technological edge as outlined in the National Defense Strategy. Its success is critical for realizing the operational concepts of Allied Joint Publication-3.2 and strengthening alliances through technical interoperability with partners like the United Kingdom and Australia, as seen in the AUKUS partnership. The lessons learned are directly informing the development of new units, such as the Multi-Domain Task Force, and shaping future procurement programs across the United States Department of Defense.

Category:United States Army Category:Military exercises of the United States Category:21st-century military history of the United States