Dual Use and Emergency Technologies (DUET)
Authored by CMC Microsystems
[email protected]
February 1st, 2026
Background
Canada is committing to spending much more on defence, but these investments must benefit Canada and make our own industries more resilient, ensure sovereignty, and enhance our GDP. Many dual-use projects could provide benefit to the public in emergencies (fire, flood, storms) as well as provide security for Canada. These projects may require a multi-disciplinary blend of technologies from different providers while providing training for highly qualified personnel (HQP). Few organizations can provide the national scope and support for a breadth of technologies.
The Project
CMC Microsystems serves a pan-Canadian research and development network of 69 post-secondary institutions, over 1000 research groups, and over 1000 companies to find innovative, cost-effective solutions to civilian or military threats. The network may require technology from friendly countries, and so CMC’s international network in over 20 countries will also be exercised.
CMC manages the FABrIC project, a $220M five-year effort to onshore manufacturing in key advanced technologies (compound semiconductors, photonics, electromechanical sensors, and quantum) and subsidizes Canadian SMEs to commercialize Internet-of-Things (IoT) products made in Canada.
The DUET project will be unique in several aspects:
1. AGILITY – The approach will use lessons learned in FABrIC to get underway very quickly with an external panel of experienced reviewers to select and approve the proposed projects.
2. SUSTAINABILITY – Projects will focus first on technologies that are useful for civilian emergencies, which will make it possible for smaller companies to get revenues quickly while they negotiate defence purchasing protocols. Defence buyers will then be able to see proven technology and not just prototypes.
3. VIABILITY – Projects will go from LAB to FIELD (not from LAB to FAB). Field testing of hundreds or thousands of devices will be subsidized to ensure that the product is at a high Technology Readiness Level (TRL) and ready for sale.
4. GROWTH – The project will include subsidies for STEM students to design, build, and test devices built in advanced technologies to ensure a solid base of experienced and highly qualified personnel for the future.
The funding proposal is for 1B$ over 5 years, of which 500M$ would come from federal and provincial funds, and the remainder from contracts related to ITBs or contributions from the industrial partners.