Volatus Aerospace has successfully completed initial flight testing of its proprietary V-Cortex AI Flight Controller and Autonomy Operating System, demonstrating autonomous navigation without relying on satellite positioning.
The testing validated GNSS-denied flight using only onboard default sensors to maintain navigation, operating without external sensors or high-performance computing. This capability enables autonomous platforms to operate in contested or signal-degraded environments, including jammed operational zones, dense urban areas, and remote locations such as the Arctic.
Built with an open, modular architecture, the platform-agnostic software acts as a common autonomy layer across multi-domain uncrewed aircraft systems, allowing operators to deploy advanced capabilities without building standalone autonomy systems for each aircraft.
Glen Lynch, Chief Executive Officer of Volatus, commented, “At CANSEC, we introduced V-Cortex as Canada’s sovereign autonomy platform. These initial flights move the platform from development to demonstrated performance. Successfully navigating without GPS or external sensors is a major technical milestone that validates our approach to resilient autonomy. It brings us one step closer to delivering a Canadian-developed solution for defence, public safety, and critical infrastructure operators.”
Development of the V-Cortex autonomy stack is supported through advisory services and funding from the National Research Council of Canada’s Industrial Research Assistance Program (NRC IRAP) under its Defence Industry Assist initiative. Volatus Aerospace, which provides uncrewed aerial systems, aerial intelligence, autonomy software, and operational training for defence, public safety, and civil infrastructure markets, plans to conduct further flight testing and capability demonstrations throughout 2026 ahead of operational deployment across its uncrewed systems portfolio.
