23 October 2026

Army hits growing pains in first test of Anduril Next Gen C2 tech with 25th ID

Breaking Defense | Ashley Roque

The US Army experienced initial technical friction integrating Anduril Industries software with legacy communications infrastructure during modernization trials in Hawaii. Technicians encountered scaling bottlenecks passing data through the Lattice platform during Exercise Lightning Surge 5 at Schofield Barracks. This deployment marked the first time the architecture was tested outside the 4th Infantry Division environment.

The 25th Infantry Division preserves legacy equipment and operates lighter platforms than heavier formations. Maintaining seamless integration with older tactical radio waveforms remains critical as the Army prepares to field the Next Generation Command and Control architecture across I Corps units throughout the fiscal year.

Comment

Integrating software-defined command layers onto legacy tactical networks exposes persistent middleware bottlenecks during initial division-level fielding. Software platforms like Lattice depend on uniform waveform standards and robust transport capacity that older tactical radios struggle to deliver across restricted mobile platforms. This friction mirrors the early data-throughput failures encountered during Project Convergence experiments, where tactical edge nodes frequently lost synchronization with higher echelon command architectures. Bridging this operational gap requires deliberate configuration management rather than simple software scaling.

Strategic Question for Discussion
How does the reliance on legacy TSM radio waveforms impact the scaling of software-defined command layers like Lattice within light infantry formations?
The available evidence indicates that waveform bandwidth limitations restrict data throughput at the tactical edge. This points to persistent integration friction until transport layer modernization matches software capability.
Share your assessment in the comments below.
💬
Ask me
Ask Strategic Study India New chat ×