AstraQua Solutions
Help your autonomous systems respond when conditions, capability or mission priorities change. Our modular architecture is being developed to connect perception, navigation, reasoning, system health and coordination. Start with the capability your operation needs most.
AQFM™: our shared intelligence foundation, in development.
Four entry points. One architecture.
These are connected capabilities, not sequential stages. Perception interprets the surroundings; mission planning turns objectives into proposed actions; fleet coordination distributes work. AstraSense contributes internal condition and remaining capability throughout planning, execution and recovery. Specialized agents can support one machine or a coordinated fleet.
What is around my machine, and where can it go?
Interpret visual and sensor data for detection, tracking, localization and navigation. Supply observations and confidence to the mission-planning workflow.
Wildfire response · Search and rescue · Offshore operations
Explore the Solution →How does my objective become an executable mission?
Connect objectives, constraints and current capability with proposed mission plans, tasks and authorized decisions.
Search and rescue · Mining · Lunar and space operations
Explore the Solution →How should machines divide and reassign work?
Support coordinated tasking across autonomous assets as priorities, availability, and operating conditions change.
Mining · Smart construction · Offshore operations
Explore the Solution →What can my machine still do as its condition changes?
AstraSense™ is the specialized health-intelligence agent in development within this architecture. Its role is to keep diagnosis, prognosis and uncertainty connected to remaining capability and mission decisions as conditions change.
Aircraft · Spacecraft · Humanoids · Mobile robots
Explore the Solution →How it connects
Interpret surroundings, position and change to inform navigation and mission planning.
Turn objectives and constraints into proposed plans, with defined authority.
Allocate responsibilities and coordinate execution across assets.
Use AstraSense condition and remaining-capability context throughout planning, execution and recovery.
A rising temperature matters when it changes which task, route or recovery option remains feasible. Our development focus connects health evidence with perception, mission demand and fleet availability—so reasoning can propose reduced demand, reassignment or recovery, with an explanation and defined authority.
The AQFM connection
AQFM—the Adaptive Quorum Foundation Model—is our shared intelligence foundation in development. Deployment is scoped across onboard compute, local operations and cloud. Start with one capability and evaluate how shared context reduces the work of reconciling separate outputs.
Our development approach brings aerospace, space and automotive safety-engineering experience to robotics.
Discuss the capabilities available for your program, the integration approach and the evidence relevant to your application with our team.
Use cases
Explore seven Mission Lab simulations combining observations, mission reasoning, coordination and AstraSense health context. Scenarios use synthetic signals and rules; they illustrate the architecture direction, not live AQFM inference or field performance.
Integration
Start with one system, one capability and a clear engineering goal.
Start with your operational challenge
Tell us what your system needs to achieve and what is holding it back. We’ll help define a focused evaluation around your mission, available data and success criteria.
