Nokia validates quantum-safe network blueprint for Canada
Quantum computing is moving fast from lab curiosity to commercial reality, and with it comes a serious threat to today’s network security. At Canada’s only quantum-safe testbed, Kirq, Nokia, Numana and a group of Canadian partners have now validated a practical “Blueprint 7” designed to protect critical digital infrastructure against future quantum attacks.
For eeNews Europe readers, this matters because the same post-quantum challenges facing Canadian banks, hospitals and governments are also confronting European operators, utilities and public-sector networks. The work shows how quantum-safe technologies can be integrated into real, multi-vendor networks without ripping everything out and starting again.
From theory to deployable networks
The Blueprint 7 validation was carried out on the Kirq testbed through interoperability testing that brought together Nokia Canada, Numana, Crypto4A, evolutionQ and startup NowQuantum. The focus was on a very practical problem: how to upgrade complex networks already in operation so they can survive the post-quantum era.
Rather than replacing entire systems, the teams tested repeatable architectures that combine post-quantum cryptography, secure key generation and quantum key distribution within existing environments. According to the partners, this approach reduces cost, operational risk and uncertainty, while keeping deployments aligned with emerging international standards.
Testing took place in late 2025 and included Canadian-developed cryptographic technologies as well as quantum-safe optical networking. The blueprint is also designed to support future satellite-based quantum communications, including Canada’s QEYSSat initiative, opening the door to ultra-long-distance quantum-secure links.
A milestone for Canada’s quantum ecosystem
The collaboration highlights the growing maturity of Canada’s quantum communications ecosystem and its ability to translate research into deployable infrastructure. NowQuantum independently validated the blueprint by deploying its Full-Stack, Quantum-Safe First Architecture, demonstrating that not only data in transit but also live, business-critical applications can run securely in a quantum-safe environment.
Bernard Duval, CEO of Numana, said: “Quantum computing is already threatening the safety of our networks and data — our bank accounts, health profiles and online marketplaces could be hacked in the blink of an eye in the future. To protect the confidentiality, integrity and authenticity of your data (including your identity and financial information), every government, business and organization in the world will need to implement quantum-safe networks and quantum-safe tech to reduce their risks. We have to act now, and that’s where Kirq comes in – testing how well new security approaches can be integrated into long-lived digital systems, and how they’ll stand up to quantum-powered cyberattacks. We now know Blueprint 7 is a recipe that works. With Kirq, Numana is testing what is practical, interoperable and scalable, so organizations can make decisions now to keep our data safe in the future.”
Transatlantic relevance
Nokia sees clear parallels between Canada’s approach and European efforts to strengthen cryptographic sovereignty and trusted connectivity. Jeffrey Maddox, President of Nokia Canada, said: “Canada is rapidly emerging as a global leader in quantum-safe communications, and the work completed on the Kirq testbed demonstrates how a trusted national ecosystem can turn innovation into deployable capability. Just as Europe is advancing strategic de-risking by developing trusted digital connectivity, Canada is building its own secure foundations and like Europe, it recognizes that no single company or country can deliver a complete trusted technology stack alone.”
The partners plan to continue expanding testing on the Kirq platform throughout 2026, supporting organizations as they assess quantum risk and prepare large-scale migration to quantum-resilient networks.
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