Physical AI with defined boundaries

Collective Intelligence.
Autonomy Anywhere.

System awareness for safer missions. We’re developing AI that connects surroundings, machine health and capability limits to help systems continue, adapt, slow down or stop.

Explore Solutions See it in action

Engineering at AstraQuaFrom the laboratory

Research milestoneNASA SBIR Phase IIRead the selection announcement Recorded demonstrationPerception in motionWatch detection and tracking Interactive Mission LabSeven mission scenariosExplore synthetic simulations

AQFM overview

One foundation. Connected capabilities.

AQFM—the Adaptive Quorum Foundation Model—is our shared intelligence foundation in development. It connects perception, reasoning, system health and coordination around operating limits. AstraSense contributes health awareness so mission decisions reflect changing capability.

AQFM platform graphic linking drones, satellites, and ground robots — Conceptual architecture · in development.

One architecture. Connected capabilities.

See the world.
Understand what comes next.

Changing conditions demand more than a fixed plan. Our modular architecture connects the environment, the mission and the capability of each machine.

01 / Observe

Perception & Navigation

Interpret visual and sensor data to understand surroundings and inform where a machine can go.

Explore perception

02 / Decide

Mission Planning & Control

Connect objectives, constraints and current capability with proposed plans and authorized decisions.

Explore mission planning

03 / Coordinate

Fleet Coordination

Allocate and reassign work as priorities, operating conditions and available assets change.

Explore coordination

Across every decision

AstraSense™ · Operational self-awareness

What can this machine still do? Connect health and remaining capability to planning, execution and recovery.

Explore AstraSense

AQFM™ Our shared intelligence foundation, in development. Integration and operating boundaries are defined with each program.

Recorded demonstration · 59 seconds

See perception
in motion.

Watch AstraQua’s visual perception demonstration, then explore the technical context behind detection and tracking.

A recorded demonstration of specific capabilities; it does not establish performance across every operating environment.

Explore the demonstration Watch on YouTube

Try the Mission Lab

When capability changes,
the mission should adapt.

Launch a mission. Introduce a fault. See how health evidence can inform reduced demand, reassignment or recovery.

Seven simulations use synthetic signals and rules—not live AQFM inference or field-performance evidence.

Try the aviation scenario All seven scenarios

01
Observe a change
A machine’s condition changes during the mission.
02
Understand the constraint
Connect health evidence with remaining capability.
03
Adapt the next decision
Explore a revised plan, reassignment or recovery.

Our engineering approach

Safety shapes
the architecture.

Our approach starts with clear requirements, operating limits and testable behavior. Mission Lab fault scenarios and regression checks verify illustrated responses; deployed systems need separate validation.

Meet the team