AQFM
The shared intelligence foundation we are developing for a modular, multi-agent autonomy architecture, spanning perception, reasoning, adaptation and coordination.
For Investors
Software intelligence for machines that must understand their surroundings, assess their own condition and coordinate the next action.
Opportunity
Autonomous systems need to adapt when conditions, communications or their own capability change. AstraQua develops the reasoning and coordination software that connects those changes to mission decisions, with aerospace as an entry point and broader opportunities across robotics.
Business
We develop software for platform manufacturers, robotics engineering teams and organizations integrating autonomous systems. Engagements focus on a defined platform, decision, interface and evaluation scope.
AstraSense
A specialized health-intelligence agent within that architecture, connecting condition, prognosis and remaining capability to mission planning, replanning and feasible recovery.
Evidence
NASA SBIR-supported research and development advances AstraSense for hybrid-electric and all-electric aviation. The current public program update records contract milestones; funding does not imply NASA endorsement or certification.
Read the NASA SBIR program update
Our interactive mission demos use synthetic signals and scenario rules. Hardware integration and validation remain program-specific; the demos do not establish hardware readiness or measured product performance.
Team
Our team brings aerospace and embedded-computing experience. At AeroVironment, Loay Elbasyouni contributed to the electrical, power and propulsion development of NASA’s Ingenuity Mars Helicopter. He later led rocket-engine avionics at Blue Origin.
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