Tag: CMC Electronics

  • CMC Electronics and ÉTS launch major research chair in resilient aviation navigation

    CMC Electronics and ÉTS launch major research chair in resilient aviation navigation

    A five-year research and development program has been launched to enhance GNSS navigation for aviation, encompassing security, integrity and spoofing resilience.

    CMC Electronics is partnerinng with École de Technologie Supérieure (ÉTS) in Quebec, Canada, to create the CMC Electronics Industrial Research Chair in Resilient GNSS Navigation. The five-year chair, valued at more than $6 million, unites CMC’s avionics expertise, led by John Studenny, internationally recognized GNSS navigation expert and standards contributor, with ÉTS’s renowned LASSENA laboratory under René Jr. Landry, an expert in aerospace navigation and cybersecurity.

    The chair will tackle critical threats to GNSS navigation for aviation, including jamming and spoofing. CMC and ETS aim to develop spoofing-resilient GNSS receivers capable of real-time detection, mitigation and total recovery from spoofing attacks, setting a benchmark in aviation safety and integrity.

    Research focus areas

    The chair’s work spans several integrated areas that target key GNSS security challenges:

    • integration of spoofing detection algorithms
    • spoofing resilience grading and stress testing frameworks
    • recovery mechanisms and certification benchmarking
    • advanced integrity algorithms (ARAIM)
    • sensor fusion and authentication technologies for spoofing mitigation
    • end-to-end spoofing-resilient GNSS prototype
    • next-generation inertial sensors with built-in integrity

    Together, these areas aim to produce operational, spoofing-resilient GNSS systems suitable for aviation environments.

    Broader impact and strategic alignment

    The chair will train more than 65 highly qualified personnel (HQPs) and promote equity, diversity and inclusion in engineering. It supports initiatives to increase women’s representation and aligns with ÉTS’s strategic research fields in aerospace, cybersecurity, sensors and intelligent autonomous systems.

    CMC Electronics is co-leading the research program and industrial deployment, ensuring that the outcomes are fast-tracked toward secure, export-ready GNSS solutions. Safran Trusted 4D contributes specialized expertise, and Jaunt Air Mobility provides operational insights for flight testing and system integration.

  • Hexagon, CMC Electronics advance GNSS aviation platform

    Hexagon, CMC Electronics advance GNSS aviation platform

    Image: CNW Group / CMC Electronics
    Image: CNW Group / CMC Electronics

    CMC Electronics has partnered with the Hexagon Autonomy & Positioning division, which includes the Hexagon | NovAtel brand, to release a multi-constellation, multi-frequency (MCMF) GNSS platform.

    The MCMF GNSS platform combines CMC’s certification with the digital signal processing expertise of Hexagon | NovAtel. Designed to detect GNSS signal spoofing, it is lightweight and compact. 

    The increasing threat of GNSS signal jamming and spoofing is not limited to military concerns. It has started to impact global commercial aviation and civilian sectors as well. In response, CMC Electronics and Hexagon | NovAtel seek to introduce a new era of MCMF GNSS positioning and assured positioning, navigation and timing (APNT). The collaboration aims to provide maximum reliability and dependability in solutions for the military, commercial aviation and unmanned aerial systems (UAS) sectors.  

    Under the partnership, CMC Electronics’ new receiver, which is certified to the exacting DO-254 Level A standards, is integrated with Hexagon | NovAtel’s GNSS measurement technology.  

    Based in Montreal, Canada, with additional facilities in the U.S., CMC Electronics designs and manufactures cockpit systems integration, avionics, display solutions and high-performance microelectronics for the military and commercial aviation markets. Hexagon’s Autonomy & Positioning division delivers comprehensive solutions for assured positioning across various applications, designed to progress autonomous technologies in essential industries.