Volatus Aerospace Inc. has publicly introduced its proprietary V-Cortex AI Flight Controller and Autonomy Operating System at the CANSEC 2026 defence, security, and emerging technology tradeshow.
Developed entirely in Canada using domestically controlled intellectual property, the new ecosystem combines advanced flight control hardware and firmware, embedded autonomy software, and mission systems integration. Built on a Modular Open Systems Architecture, the platform is designed to support the rapid integration of sensors, mission payloads, and third-party systems without requiring a full platform redesign. The architecture is intended to support distributed autonomous operations, crewed-uncrewed teaming, counter-uncrewed aerial systems applications, and multi-platform mission coordination across air, ground, and maritime domains.
The hardware measures approximately 3.5 cm x 3.5 cm and weighs less than 15 grams. Despite its miniature size, the system supports edge computing, autonomous mission execution, dynamic onboard decision-making, seeker and targeting integration, and navigation in environments where global navigation satellite systems are denied.
“This is more than a flight controller,” said Glen Lynch, CEO of Volatus Aerospace. “V-Cortex represents the foundation of a sovereign Canadian autonomy ecosystem designed to support the future of intelligent uncrewed systems. Our objective is to provide Canada and its allies with a flexible, interoperable, domestically controlled autonomy framework capable of evolving rapidly alongside changing operational requirements.”
To advance these autonomous capabilities, Volatus receives advisory services and funding from the National Research Council of Canada Industrial Research Assistance Program through its Defence Industry Assist initiative. This support assists the company in developing technologies that align with emerging NATO and allied operational requirements.
The autonomy stack is being incorporated from the production outset into the company’s own V-Series aircraft family and Condor platform. However, the system remains platform-agnostic and ready for integration into a broad range of third-party uncrewed systems.
