
A considerable part of our mission is to provide an engineering approach toward certifiable AI, sensor fusion, and physics-aware software applications for autonomous flight across a wide variety of aircraft configurations and use cases.
From unmanned helicopters, multicopters, fixed-wing, and other UAV platforms and system configurations, we offer strategies, technical know-how, and regulatory studies on how to integrate autonomous capabilities into "software-defined, hardware-enabled" systems.
EASA, FAA, and other regulatory organizations are already deploying roadmaps for the certifiability of AI-based, safety-critical systems compliant with stringent regulatory requirements such as SORA, DO178C, ARP for BVLOS operations for civil and military applications.
AURYN Aero is developing an approach toward approvability of perceptual AI in these fields, based on some key concepts that leverage ML and Sensor Fusion Techniques, integrated into all our products:
— Functional Decomposition to provide Safety By Design standards.
— Large-Scale datasets for training ML Models: Reinforcement Learning and Self-Supervision.
— Domain Adaptation and Deterministic Mathematical Model Merging.
— Formal Verification Techniques for AI algorithms.
Explore AI Solutions
We’re developing an approach toward the approvability of perceptual AI in these fields, based on a few concepts that leverage ML and sensor fusion techniques, integrated into all our products.
Our software is compatible with the majority of open-source or commercial hardware and flight control computers, making the integration of autonomous flight functions into legacy systems easier and more cost-effective.
Our Products purchases include all the necessary documentation, a bulk hours of customer training and a comprehensive 24/7 after-sale assistance and pre-planned maintenance. Contact us today to book a flight demonstration!