In a groundbreaking development for both quantum technology and national security, Photonic Inc. a Vancouver based leader in distributed quantum computing, has earned a prestigious spot as a semi finalist in the Canadian Department of National Defence’s Innovation for Defence Excellence and Security.
NORAD Modernization Science and Technology Contest. With an initial grant of $1M CAD, Photonic will now develop advanced quantum networking and repeater technologies to address North America’s growing defence needs.
This milestone positions quantum computing not just as a futuristic technology but as a practical solution to real world aerospace and maritime threats. Quantum computing has often been framed as a game changing tool for finance, healthcare, and artificial intelligence.
Yet, Photonic’s recognition in this defence focused challenge shows how quantum networking can play a pivotal role in strengthening continental security.
Unlike traditional communication systems, quantum networks are almost impossible to intercept or hack because they rely on the principles of quantum entanglement. This is vital for NORAD’s modernization plan, which seeks to enhance aerospace and maritime surveillance systems.
By developing high performance quantum repeaters, Photonic aims to overcome long-standing challenges of scaling quantum systems for defence applications. Dr. Stephanie Simmons, co-founder and Chief Quantum Officer at Photonic Inc., emphasized.
This selection highlights the networking capabilities of our innovative Entanglement First architecture for distributed quantum computing and networking. We look forward to advancing the industrialization of quantum technologies in Canada and helping to improve North American defence by enabling large scale quantum deployment.
Her statement reflects a growing consensus in the scientific community. Experts argue that the future of defence communications will hinge on quantum technologies. Dr. David Cory, a quantum researcher at the University of Waterloo’s Institute for Quantum Computing, noted in a related forum that, Reliable quantum repeater systems will be the backbone of secure defence networks.
Canada’s investment in this sector is both timely and strategic. To understand Photonic’s contribution, consider a scenario where NORAD must monitor vast stretches of the Arctic for missile or drone threats. Traditional radar and communication systems have limitations in distance, security, and accuracy.
Current long distance communication systems are vulnerable to interception and signal degradation. Photonic’s quantum repeaters, operating at telecom wavelengths, allow secure, long distance transmission of quantum signals.
This would enable a network of quantum sensors capable of detecting threats faster and more reliably, while ensuring that adversaries cannot tamper with or intercept the data. This case illustrates why quantum networking is not just a scientific curiosity it could fundamentally transform North American aerospace and maritime defence.
The Technology Photonic’s Edge
Photonic’s approach is distinct for several reasons, Entanglement First Architecture Unlike conventional systems, Photonic builds its network around entanglement, ensuring scalability and stability from the start.
Telecom Wavelength Compatibility Their quantum repeaters work with existing fibre infrastructure, making integration cost effective.
Error Correction with QLDPC Codes Photonic has pioneered the SHYPS family of codes, a world first, ensuring that quantum signals maintain integrity over long distances. Together, these innovations represent a quantum leap forward in secure defence communications.
The Human Side of Quantum Development
For Photonic’s engineers and researchers, this recognition isn’t just about technology it’s about purpose. One of the team members, speaking anonymously in a local tech roundtable, described the feeling of working on the project.
When you realize that your research can help protect millions of people, it changes how you approach your work. We’re not just solving mathematical problems we’re building systems that could safeguard Canada and its allies.
This human dimension where scientific passion meets real world impact gives Photonic’s achievement a deeper resonance. Quantum technology’s role in defence is expanding rapidly.
A report by RAND Corporation in 2024 highlighted that nations leading in quantum communications will have a decisive advantage in national security. Canada’s investment in Photonic signals a clear intent to position itself among those leaders.
Photonic will deliver its first results within a year, testing the feasibility of large scale deployment. If successful, NORAD could begin integrating quantum sensor networks across North America within the decade.
Quantum secure communication may become the new global standard, with Canada as a key innovator. While the United States and China are heavily investing in quantum defence systems, Canada’s focus on companies like Photonic demonstrates.
A unique strategy leveraging homegrown innovation to achieve security independence. This positions Canada not just as a contributor but as a leader in quantum networking for defence.
A Defining Moment for Photonic and Canada
Photonic’s selection as a semi finalist in the IDEaS NORAD Modernization Science and Technology Contest is more than just an award it’s a validation of Canada’s role in the quantum race.
By addressing critical limitations in quantum repeater design and pushing forward scalable solutions, Photonic is paving the way for a future where quantum networking underpins aerospace and maritime defence.
This isn’t just about technology. It’s about security, sovereignty, and the safety of millions of people across North America. And for Photonic, it marks the beginning of a journey where Canadian innovation helps shape the future of global defence.