Anduril Integrates Lattice System With OPT Buoys For Coast Guard Surveillance

• Anduril Industries is integrating its Lattice Command-and-Control system with Ocean Power Technologies' PowerBuoy® platforms for enhanced U.S. Coast Guard surveillance. According to reports
• . As detailed, the project involves delivering multiple buoy solutions.
• Anduril's surveillance towers will feed real-time data into the Lattice platform alongside OPT's buoy systems for unified situational awareness. According to the contract, the deployment includes four MERROWS®-equipped PowerBuoy® systems.

Anduril Industries continues expanding its defense technology footprint through strategic integrations. The California-based company will connect its Lattice Command-and-Control (C2) system with Ocean Power Technologies' maritime surveillance buoys under a major Department of Homeland Security initiative. This operational partnership directly supports U.S. Coast Guard missions near San Diego through enhanced real-time data fusion. The integration showcases Anduril's growing role in cross-platform defense ecosystems.

How Is Anduril Enhancing U.S. Coast Guard Maritime Surveillance?

. The company's surveillance towers will be deployed alongside four MERROWS®-equipped PowerBuoy® systems from Ocean Power Technologies, creating an integrated coastal monitoring architecture. According to the deployment plan, both systems feed sensor data directly into Anduril's Lattice C2 platform, enabling unified command oversight. This setup aims to enhance detection capabilities for Coast Guard operators monitoring challenging environments off Southern California. Persistent maritime domain awareness addresses critical homeland security requirements through advanced tech collaboration.

The operational integration provides continuous, high-fidelity monitoring previously unattainable through standalone systems. Peter Babb, Anduril's Vice President of , emphasized how this merged approach delivers transformational maritime awareness capabilities. As stated, Coast Guard operators gain real-time decision support through consolidated data visualization within Lattice's interface. The deployment demonstrates scalable solutions for monitoring vast coastal territories with limited personnel assets. Enhanced surveillance directly supports national security priorities through persistent intelligence gathering.

What Does Anduril's Partnership With Ocean Power Technologies Mean For Defense Tech?

This collaboration highlights defense tech's accelerating shift toward open architecture systems. Anduril strategically positions Lattice as an interoperable command backbone capable of integrating third-party hardware like OPT's specialized buoys. , noted the combined technologies establish "a new standard for offshore monitoring" through this partnership. The approach showcases how specialized defense contractors can create complementary solutions exceeding standalone capabilities. Scalable integration frameworks become increasingly vital for multi-domain awareness.

Joint deployments signal maturation within the dual-use technology sector. Anduril gains validation through operational integration with established maritime systems while expanding its government contractor credentials. Jason Weed from OPT highlighted the growing demand for "long-endurance, continuously powered systems" in challenging maritime environments that this partnership addresses. As reported, cross-platform compatibility becomes a competitive differentiator for defense firms pursuing government contracts requiring modularity. Such collaborations could accelerate adoption patterns across maritime security applications.

How Will Anduril's Lattice C2 System Improve Maritime Domain Awareness?

Anduril's Lattice platform serves as the central nervous system processing all sensor inputs. The AI-powered system aggregates and analyzes data streams from both the buoy-based sensors and Anduril's own surveillance towers simultaneously. According to the system design, this convergence provides operators with single-pane visualization of maritime activity, significantly reducing cognitive load during missions. Real-time analytics enable rapid threat assessment and response coordination without switching between disparate systems. The architecture enhances detection ranges while minimizing false positives common in dynamic coastal environments.

Lattice's machine learning algorithms continuously refine detection capabilities based on operational patterns. The system processes optical, radar, and acoustic data through adaptive filters tailored to maritime conditions. As detailed in technical documentation, this persistent monitoring capability provides the Coast Guard with uninterrupted situational awareness unattainable through periodic patrols alone. The platform's open architecture also facilitates future sensor integration as surveillance needs evolve. Such technological foundations strengthen critical infrastructure protection amid growing maritime security challenges.