Anduril Brings AI ‘Battle Manager’ to Wire Up Western Pacific Air Defenses
AI Analysis
Anduril is developing an AI-powered 'battle manager' system, Lattice, under a US Army contract to integrate air and missile defense systems in the Western Pacific. Lattice aims to unify disparate sensors and effectors, providing a real-time operational picture and automating threat response, including to drones and missiles. The system includes simulation tools for pre-deployment testing and validation of complex kill chains.
Key Takeaways
- Anduril's Lattice AI software is the core of the new battle management system.
- The system focuses on data fusion from existing, often disconnected, defense assets.
- Lattice automates sensor tasking and threat response, optimizing resource allocation in real-time.
- The project is driven by the need for improved defense capabilities in the face of increasing geopolitical tensions in the Indo-Pacific region.
- Simulation tools are integrated for virtual testing and validation of operational scenarios.
Why It Matters
This development signifies a move towards more automated and integrated air defense systems, crucial for countering the growing threat of drones and missiles in a contested environment. A unified command-and-control layer like Lattice could significantly enhance response times and effectiveness, bolstering deterrence in the Western Pacific. Successful implementation could serve as a model for similar systems in other strategically important regions.
Anduril Brings AI ‘Battle Manager’ to Wire Up Western Pacific Air Defenses
Anduril Brings AI ‘Battle Manager’ to Wire Up Western Pacific Air Defenses
Anduril’s Lattice AI will unify disconnected sensors and effectors into a real-time missile defense battle manager for the Western Pacific.
Artistic illustration of a soldier interacting with a command-and-control platform. Image: Anduril
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Published on 18 May 2026
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The Western Pacific is set to gain a new layer of air and missile defense coordination, as Anduril develops an integrated command-and-control “battle manager” for the region.
Under a contract with the US Army, the Californian defense company is tasked with developing a prototype system designed to support regional deterrence and strengthen allied defense capabilities across the Indo-Pacific.
Central to the concept is Anduril’s AI-powered Lattice software, which will fuse data from existing defense systems, including disconnected sensors and effectors, into a unified operational picture.
Army officials running a Lattice-based command-and-control software. Image: Anduril
The aim is to turn large volumes of tactical data into a single, real-time view of the battlespace, forming the backbone of a wider battle management system.
“Anduril’s centralized battle management solution in the Western Pacific equips our joint forces with the technology needed for effective deterrence and defense in an increasingly dynamic threat environment,” the company stated.
Inside the AI Command Layer
Lattice is designed to automatically task sensors in real time, directing them toward points of interest and helping determine responses to inbound threats such as drones or missiles.
It evaluates available sensors, assesses their capabilities within time constraints, assigns them accordingly, and can adjust those allocations as operations evolve.
The system also incorporates simulation tools that model battlefield scenarios, allowing commanders to test and validate operations in a virtual environment before real-world deployment.
Together, these capabilities underpin a centralized battle manager aimed at handling “the most complex kill chains.”
Demonstration of how Lattice can connect a soldier to multiple drone systems at once. Video: Anduril
Why the Western Pacific
The Western Pacific remains a critical corridor for global trade and supply chains, but also a region marked by persistent geopolitical tensions.
Those conditions are driving demand for faster, more integrated defense systems capable of responding to emerging threats in real time.
While existing Indo-Pacific defenses already operate continuously across the region, an AI-enabled command layer that connects sensors and systems across multiple domains could further strengthen deterrence and operational coordination.
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