Defense AI and Autonomy Companies in the United States

Makes Anura, natural-language command and control software that lets crews direct drones, sensors, radios and vehicles by voice.

Builds LumbraOS, a model-neutral operating system that orchestrates auditable AI agents for analysts on classified Pentagon and intelligence networks.

Builds AI decision support software for military commanders, starting with logistics planning for fuel, ammunition and transport routes.

Builds AI planning and monitoring software for air traffic, airline and military operations, including command and control for the Army and Air Force.

Builds AI readiness and decision software for military maintenance, materiel, personnel and supply chain, grown out of Caltech and NASA JPL research.

Trains military-specific AI models, Omega for command-level reasoning and Alpha for the tactical edge, to support operational decisions.

Builds Legion, an open integration and data fusion layer that connects sensors, effectors and autonomous systems from different vendors.

Builds the Lattice software platform and autonomous systems, from air defense and counter-drone interceptors to uncrewed aircraft and undersea vehicles, plus high-rate manufacturing.

Trains Fury, a defense vision-language-action foundation model that lets operators command fleets of drones and ground robots in natural language.

Builds URZA, a vendor-agnostic orchestration platform that coordinates mixed fleets of autonomous systems across domains for the military and intelligence community.

Develops onboard AI agents that let operators command teams of drones and robots by voice over existing radios, even in disconnected environments.

Builds collaborative AI planning software, an operating system for military command staffs to build and update operational plans.

Builds Ark, AI decision software on a national security knowledge graph for defense acquisition, supply chain, production and sustainment.

Develops AuterionOS and Nemyx, software that turns low-cost drones and ground robots into autonomous, coordinated swarms; engineering in Zurich and Munich.

Builds TyrOS, AI predictive logistics software that runs at the edge to plan sustainment and autonomous resupply in contested environments.

Provides AI training data, model evaluation and generative AI platforms for commercial customers and governments, including the US Department of Defense.

Supplies vehicle software, simulation and autonomy stacks for automotive, trucking and defense, including uncrewed ground, air and maritime systems.

Makes the Frontline Perception System, edge machine learning software that lets soldiers build and run target recognition models on local sensor data.

Develops AI and software products for defense and national security missions, including cyber readiness and battlefield awareness tools.

Builds AI software that collects and analyzes foreign-language open source and other data to give military and intelligence users battlefield and strategic insight.