The Government of Canada is investing $195m in Toronto-based quantum technology company Xanadu to expand its R&D operations and build advanced quantum manufacturing capabilities.
The investment was announced by Evan Solomon, Minister of Artificial Intelligence and Digital Innovation and minister responsible for the Federal Economic Development Agency for Southern Ontario.
Provided through the Strategic Response Fund (SRF), the funding forms part of Xanadu’s $893m Project OPTIMISM, which will establish new facilities for developing, manufacturing, assembling and testing the photonic and semiconductor components used in quantum computing.
The project will transform a 158,000-square-foot Toronto site into a combined research, development and manufacturing facility called Inception.
The site is expected to feature specialised photonics infrastructure, including cleanrooms, high-precision equipment and dedicated testing and measurement facilities.
The investment is expected to create 275 high-quality jobs while expanding Canada’s domestic capacity to manufacture quantum technologies.
It will also support partnerships between Xanadu, Canadian research institutions and small and medium-sized businesses as the country seeks to build a stronger quantum technology supply chain.
Solomon believes the investment will propel Canada in the global quantum industry: “Canada is home to some of the world’s leading quantum researchers, innovators and companies.
“Strategic investments like this one help transform Canadian breakthroughs into globally competitive businesses, strengthen our quantum ecosystem and create high-value jobs here at home.
“Quantum technologies will be one of the foundational technologies of the 21st century. By supporting advanced manufacturing and commercialisation in Canada, we are helping ensure that Canada remains a global leader in quantum innovation and that more of the economic benefits of that leadership are created here at home.”
Building Canada’s quantum manufacturing capacity
The project will give Xanadu new capabilities covering several stages of quantum manufacturing, from integrating individual photonic components to assembling complete quantum modules.
Among the planned capabilities is heterogeneous integration, which involves combining different types of photonic components within a single chip or system. The facility is also expected to have dedicated testing and measurement infrastructure operating around the clock.
These capabilities are intended to address one of the industry’s central challenges: moving quantum hardware beyond laboratory prototypes and towards repeatable, scalable manufacturing.
The site will use specialised equipment and tooling from a number of technology suppliers, including ASMPT, Bluefors, DISCO, EVG, FiconTEC, and MPI.
Xanadu plans to use the facility’s Systems Integration and Operation Centre to assemble, test and verify quantum modules before they are incorporated into server racks.
Dr Christian Weedbrook, Founder and Chief Executive Officer of Xanadu, welcomed the government support: “This agreement is a major milestone for Xanadu and for Canada’s ambition to lead in quantum technology and advanced manufacturing.
“We believe building utility-scale quantum computers will require a new generation of highly specialised manufacturing capabilities. With the Government of Canada’s commitment through the SRF, we can move forward with establishing that infrastructure here at home, strengthening Canada’s quantum supply chain and creating a foundation for future quantum data centre deployment.
“We are grateful for the Government of Canada’s confidence in Xanadu, and we look forward to continuing our discussions with the Government of Ontario as we work to realise the full vision for Project OPTIMISM.”
Supporting fault-tolerant quantum computing
A significant focus will be developing and qualifying quantum manufacturing processes that can support future fault-tolerant quantum computers.
Quantum systems are highly sensitive to errors, meaning practical machines will require techniques for detecting and correcting errors without disrupting computations.
Achieving this at scale requires not only advances in quantum algorithms and processors but also reliable methods for manufacturing and integrating the necessary hardware.
The new facility is therefore intended to provide infrastructure for producing the photonic hardware needed as quantum computers become larger and more complex.
For Canada, developing these capabilities domestically could also reduce reliance on overseas manufacturing and create opportunities for local companies to participate in the emerging quantum supply chain.
Investment targets wider economic benefits
The federal government expects the project to generate 275 jobs while supporting partnerships between Xanadu, Canadian research organisations and small and medium-sized businesses.
It forms part of a broader Canadian push to develop an internationally competitive quantum industry. The government estimates that the sector could contribute $17.7bn to Canada’s GDP and support more than 157,000 jobs by 2045.
Quantum technologies have potential applications in areas including cybersecurity, defence, healthcare, energy and logistics. The government is consequently treating the sector as both an economic opportunity and a strategic technology area.
The investment supports objectives under Canada’s National Quantum Strategy and Defence Industrial Strategy, including efforts to strengthen domestic capabilities in technologies considered important to national security and sovereignty.
From research to commercial quantum production
The funding builds on earlier federal support for Xanadu. In December 2025, the company was selected as one of four Canadian quantum firms eligible for up to $23m through the first phase of the Canadian Quantum Champions Program (CQCP).
The new investment is focused on a different part of the development pipeline: the infrastructure required to manufacture and integrate quantum hardware.
By bringing research, manufacturing, packaging, assembly and testing together at a single site, the project could help address the gap between developing quantum technologies in the laboratory and producing them at commercial scale.
For Canada’s quantum sector, the expansion represents a significant investment in the less visible but essential quantum manufacturing infrastructure needed to turn quantum computing research into deployable systems.
