The U.S. Army selected Anduril Industries’ AI-powered Lattice software platform to boost its counter-unmanned aerial systems (C-UAS) capabilities. This integration into the Integrated Battle Command System Maneuver (IBCS-M) program will equip troops with advanced, mobile tools to counter evolving drone threats.
The selection highlights the Army’s push for next-generation solutions to integrate and optimize air and missile defense assets. Army officials describe IBCS as a “materiel solution that links current and future [air-and-missile defense] sensors, effectors, and mission command nodes on a single common network.” IBCS will incorporate Anduril’s Lattice as a “next-generation fire control platform.” This integration will create a network-enabled backbone capable of managing diverse counter-drone systems from a unified command structure.
Anduril tested its Lattice technology during a seven-day trial at Yuma Proving Ground, Arizona. The platform demonstrated exceptional performance during live-fire intercepts, achieving four out of four kills against target drones. The system also showcased advanced features for modern warfare, including autonomy-enhanced fire control, distributed tracking, and optimized kill-chain processes. These capabilities fuse sensor data, automate fire control, and seamlessly integrate new functionalities, reducing operator workload and compressing the time from threat detection to neutralization.
The Lattice platform already serves as a key component in other Defense Department acquisitions, such as the Army’s Soldier Borne Mission Command (SBMC). Its selection for IBCS-M highlights a broader effort to standardize and enhance the military’s defense against complex aerial threats, ensuring a cohesive and adaptable posture. This integration provides a robust framework for managing multiple concurrent threats, enabling a single operator to command a wide range of C-UAS effectors.
The integration of AI-driven platforms like Lattice underscores the military’s ongoing need for enhanced automation and rapid response to stay ahead of sophisticated aerial threats.
