Executive Summary:
The U.S. Army has launched Project Convergence Capstone 6, its largest experimentation event to date, to validate the Next Generation Command and Control (NGC2) architecture. The exercise combines operational units, allied militaries, artificial intelligence, and emerging technologies to improve battlefield decision making while informing future procurement and modernization priorities.
U.S. Army Tests Next Generation Command Network At Project Convergence Capstone 6
The U.S. Army Next Generation Command Network is undergoing its largest operational evaluation during Project Convergence Capstone 6 (PC C6) at Fort Irwin, California. The 10 day experiment is designed to validate the Army’s Next Generation Command and Control (NGC2) architecture while assessing how emerging technologies can improve battlefield decision making across large combat formations.
According to the U.S. Army, approximately 10,000 personnel are participating in the exercise, making it the largest Project Convergence event conducted so far. More than 90 technologies, operational concepts, and force structures are being tested under realistic combat conditions using the 4th Infantry Division at division scale.
Focus On Faster Battlefield Decisions
The centerpiece of the exercise is the Next Generation Command and Control architecture, which is intended to improve how battlefield information is collected, processed, and shared across combat formations.
The system integrates commercial software, advanced data management tools, and artificial intelligence to help commanders receive relevant operational information more quickly. Rather than replacing military decision makers, these technologies are designed to reduce information delays and improve command responsiveness in contested environments.
Lt. Gen. Michael McCurry, commanding general of U.S. Army Futures and Concepts Command and director of PC C6, said the division scale experiment provides commanders with better access to operational data to support faster and more effective decisions during combat operations.
Largest Project Convergence To Date
Project Convergence has evolved from a technology demonstration into the Army’s primary operational experimentation campaign.
During PC C6, the 4th Infantry Division is conducting force on force operations across Fort Irwin’s challenging terrain while employing the new command network under realistic battlefield conditions. Opposing forces equipped with advanced instrumentation create a demanding environment for evaluating system performance.
The exercise also includes military participation from the United Kingdom, Australia, Canada, and New Zealand, allowing the Army to evaluate interoperability between U.S. and allied command systems during multinational operations. Coalition integration remains a key objective as future operations are expected to rely heavily on joint and allied forces.
Why This Matters Beyond The Exercise
Project Convergence is more than a field exercise. It serves as an operational laboratory that connects experimentation with future acquisition decisions.
The Army has stated that lessons learned from PC C6 will directly influence modernization priorities, future procurement programs, and the continued development of NGC2. Data gathered during the exercise will help determine which technologies are mature enough for wider operational adoption and which require further refinement.
This approach reflects a broader shift in U.S. military modernization. Rather than evaluating individual technologies separately, Project Convergence measures how sensors, communications, artificial intelligence, command software, autonomous systems, and operational formations perform together in realistic scenarios.
Analysis: A Shift Toward Integrated Battlefield Networks
One of the most significant aspects of Project Convergence Capstone 6 is its emphasis on integrating capabilities rather than introducing a single new platform.
Modern military operations increasingly depend on rapidly moving information between headquarters, sensors, aircraft, ground forces, electronic warfare assets, and allied units. As potential adversaries continue investing in electronic warfare, long range precision fires, and cyber capabilities, resilient command networks have become as important as traditional combat platforms.
The Army’s decision to validate NGC2 at division scale represents an important step because command systems that perform well in small demonstrations often face greater challenges when supporting thousands of personnel across large operational areas. Testing under realistic conditions provides more meaningful data for acquisition officials than laboratory evaluations alone.
Equally important is the multinational dimension of PC C6. Future coalition operations will require command systems capable of securely sharing information across allied forces without slowing operational tempo. By incorporating partner nations during experimentation, the Army can identify interoperability challenges before future deployments.
While the exercise is not intended to certify operational capability, it demonstrates the Army’s continuing effort to accelerate modernization through iterative experimentation, operational feedback, and evidence based procurement decisions.
Looking Ahead
Project Convergence Capstone 6 represents another milestone in the Army’s long term modernization strategy. The event combines operational soldiers, allied partners, artificial intelligence, commercial technologies, and emerging command systems into a single experimentation environment.
The results will help determine how the U.S. Army Next Generation Command Network evolves into future operational capability while shaping investment priorities for command and control systems designed for increasingly complex multi domain operations.
