Drones are no longer a distant battlefield problem. They are a domestic security challenge.

Cheap, fast‑evolving unmanned aerial systems have proliferated at a pace few defense planners anticipated, exposing U.S. military bases, federal installations and critical infrastructure to new vulnerabilities. The problem is not a lack of sensors or effectors—but a lack of coordination.

This week, the U.S. Department of War took a decisive step to address that gap.

The Joint Interagency Task Force 401 (JIATF‑401) has selected Anduril Industries’ Lattice software as the enterprise tactical command‑and‑control platform for counter‑UAS (C‑UAS) operations across the federal government. The move is anchored by an $87 million task order, the first issued under a newly established Army enterprise agreement with Anduril designed to streamline acquisition at scale.

Breaking the Counter‑Drone Silos

For years, counter‑UAS efforts have been fragmented. Individual agencies deployed radar here, electronic warfare there, kinetic effectors somewhere else—often with systems that could not share data in real time.

JIATF‑401 was created to fix that fragmentation. Its mandate is to synchronize counter‑drone efforts across the Department of War and the broader federal ecosystem. Selecting a single command‑and‑control backbone is central to that mission.

Lattice is designed to integrate diverse sensors and effectors, including legacy systems and newly fielded capabilities, into a common operational picture. From detection and tracking to classification and engagement, the platform enables operators to coordinate responses in seconds, rather than minutes.

Software as a Strategic Weapon

What makes this decision notable is not just the software—it’s the acquisition model behind it.

The $87 million award is part of a broader enterprise contract vehicle valued at up to $20 billion, allowing federal organizations to procure Anduril’s commercial products through a common framework rather than negotiating isolated contracts. Officials say this approach reduces duplication, accelerates deployment, and enables continuous software updates instead of static, multi‑year refresh cycles. ‍

Defense officials have framed the shift as an acknowledgment that modern air defense is increasingly defined by software, not just hardware. The ability to rapidly integrate new sensors, effectors and data standards is now a core operational requirement.

Lessons From Modern Conflict

The urgency behind the move is shaped by real‑world observation.

JIATF‑401 leadership has publicly pointed to operational testing and battlefield lessons—particularly from Ukraine—as confirmation that fragmented command systems cannot keep pace with today’s drone threat. Adversaries iterate quickly. Defenders must adapt faster. ‍

A unified command‑and‑control platform allows new capabilities to be integrated without rebuilding the entire system each time a new threat emerges.

From Program to Platform

Lattice is not new to U.S. defense operations. The platform has been deployed across multiple services and domains, and was recently selected as the U.S. Army’s next‑generation fire control capability for C‑UAS missions under the Integrated Battle Command System Maneuver program. The JIATF‑401 decision extends that role across the joint and interagency landscape.

The goal is not a single solution, but a common digital foundation—one that allows disparate tools to operate as a coordinated defense network.

A Signal Beyond Counter‑UAS

At its core, the contract signals a broader transformation.

By prioritizing enterprise software, modular integration and commercial deployment models, the Department of War is reshaping how it acquires and fields technology. Counter‑drone defense is the proving ground—but the implications extend far beyond it.

In the drone age, command and control is no longer a supporting function. It is the fight.

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