U.S. Army speeds up testing for new command system

Defence Blog | Emily Ryan Miller

The U.S. Army is speeding up its assessment of the Next Generation Command and Control system by having competing prototypes from Anduril Industries and Lockheed Martin tested at the same time within active-duty infantry divisions. By carrying out this two-track method, the Army Test and Evaluation Command is able to produce its performance evaluations just two weeks after the field exercises, greatly shortening the usual multi-month period required for such evaluations.

In the past, the presence of fragmented legacy systems has obstructed real-time data sharing among different command structures when carrying out high-intensity operations. In order to address this issue, the service set up a converged data layer architecture in June 2026, with Anduril responsible for the data foundation and both contractors keeping their own full-stack software integrations. During the Ivy Sting and Lightning Surge exercises, the evaluators used the cloud-based ATEC Data Mesh on Microsoft Azure to monitor the live telemetry. A stress test lasting five months at Aberdeen Proving Ground confirmed the system's resilience in the face of electronic jamming. The service intends to spend almost $3 billion.

Comment

The shift to the Next Generation Command and Control architecture is a basic change in the way the U.S. Army thinks about the speed of decision-making on the modern battlefield; instead of using its old, isolated systems, the Army is bringing its operational doctrine in line with sensor-to-shooter automation, and this development makes heavy use of the ATEC Data Mesh in order to avoid the traditional, slow post-exercise reporting channels.

As a result, the quick telemetry supplied by the ATEC Data Mesh will lead to a decentralisation of command authority all the way down to the tactical edge. The lower-ranking commanders who are operating in degraded environments, for example those simulated at Aberdeen Proving Ground, will achieve a level of situational awareness never before seen. This change finally puts the traditional hierarchical arrangements of the 4th Infantry Division to the test by requiring quicker, autonomous action.

Strategic Question for Discussion

How then will the hierarchical command structures of the 4th Infantry Division adjust if the rapid telemetry made possible by the ATEC Data Mesh permanently shortens the decision cycle in order to avoid information overload at the tactical edge?

The fact that real-time telemetry is being integrated indicates that the 4th Infantry Division is probably moving towards a mission command approach under which engagement authority is delegated to officers at the lower echelons. Yet this change necessitates the use of strong automated filtering procedures in the Next Generation Command and Control system in order to avoid cognitive saturation when engaged in intense operations. The evidence currently available shows that a step-by-step reorganisation is taking place during which staff positions are being redefined so as to deal with the synthesis of data rather than with manual reporting.

Share your assessment in the comments below.

To read in details click here