Lattice for Mission Autonomy
An unfair advantage for unrivaled deterrence
An advanced software platform enabling a single human to control and coordinate a wide range of autonomous assets across the ocean, land, and sky to deliver successful mission outcomes.
Open Architecture
Lattice for Mission Autonomy makes it possible to compose different platforms and payloads, made by different vendors, into different mission solutions for different mission requirements.
Integrated Systems
Mission Autonomy integrates and orchestrates the platforms, piloting, sensors, and payloads to deliver autonomous teams capable of accomplishing complex missions.
Multi-Domain
Lattice for Mission Autonomy defense and commercial applications extend across air, land, and sea by leveraging platforms such as collaborative combat aircraft, robotic combat vehicles and autonomous underwater vehicles to conduct missions like ISR, defensive counter air, seafloor mapping, critical infrastructure surveillance and more.
Distributed Autonomy at the Edge
Distributed C2
Automatically breaks down operator intent into discrete tasks that are distributed across unmanned systems to best accomplish missions under human supervision.
Sensor Processing & Fusion
Onboard AI/ML algorithms autonomously process and fuse raw sensor data from distributed assets to detect, track, and target in real-time.
Sensor Resource Management
Automated management of onboard sensors and weapon systems to execute missions.
Dynamic Planning
Dynamically react to real-time inputs throughout mission execution to effectively operate in highly contested environments.
Mission Cycles
Mission Design & Tactics Development
Leverage operations analysis and modeling and simulation to design autonomous behaviors, develop tactical playbooks, and design missions at machine speed.
Mission Planning
Conduct mission planning with key factors, such as labeling goals and objectives, acceptable level of risk (ALR), rule of engagement (ROE), and order of battle. Leverage data-analytics to rapidly update planning based on previous outcomes.
Mission Operations
Human operator supervises autonomous mission execution with intuitive UI/UX to enable increased understanding and decision advantage.
Debrief & Learn
Leverage the combination of warfighter experience with data analytics to inform autonomous behaviors and tactics development that can be rapidly applied for continuous improvement and learning for the next mission.
Holistic Approach to Autonomy
Autonomy Software Meets Autonomous Hardware
Anduril integrates Fury with Lattice for Mission Autonomy software to deliver the holistic set of functions and behaviors required to field autonomous and collaborative air capabilities, such as manned-unmanned teaming.
