Canada Seeks Advanced Quantum and Classical Magnetometers for Defence Innovation

Innovation, Science and Economic Development Canada (ISED) has announced a national call for proposals focused on developing advanced magnetic anomaly detection systems. The initiative, part of the Innovative Solutions Canada program, targets prototype development for technologies that outperform traditional sensors in sensitivity, specificity, and operational flexibility.

Initiative Overview and Objectives

Traditional magnetometers, such as fluxgate sensors, have long been utilized to measure magnetic fields. However, these classical devices face inherent physical limitations regarding sensitivity, accuracy, and long-term stability. The Canadian government is seeking novel magnetometer solutions—whether quantum, classical, or hybrid—that can address these shortcomings.

Key focus areas for the proposed prototypes include:

• Enhanced Sensitivity: Systems capable of detecting nanotesla (nT) down to femtotesla (fT) magnetic signals.
• Improved Specificity: The ability to accurately separate target signals from environmental background noise and identify specific ferromagnetic objects.
• Compact Form Factors: Lightweight, portable designs suitable for multi-domain employability and constrained environments.

Technical Requirements and Eligibility

According to the official solicitation, eligible proposals must focus on technologies currently within Technology Readiness Levels (TRL) 5 to 9. The program specifically invites submissions for Phase 2 prototype development.

Prospective applicants must meet specific criteria, including being a small or medium-sized enterprise incorporated in Canada, with research and development activities primarily based within the country. The closing date for submissions is November 27, 2026.

Verification and Further Information

Interested organizations are advised to review the official tender notices and documentation available through CanadaBuys and the Innovative Solutions Canada portal to verify complete submission guidelines, evaluation criteria, and administrative parameters.