Xanadu Reports Revenue Growth as Photonic Partnerships and Government Support Expand

Insider Brief

• Xanadu reported third-quarter revenue of $1.3 million, up 32% from a year earlier, and ended September with $286.5 million in cash and cash equivalents.
• The company highlighted progress in reducing optical loss, manufacturing partnerships with ASML, Bluefors and GlobalFoundries, and the launch of Backline with AMD.
• Xanadu secured an agreement for approximately $140 million in Canadian loan funding and provisional approval for up to $10 million in additional DARPA support, while its quarterly net loss widened to $32.2 million.

Xanadu reported higher revenue in the third quarter of 2026 and expanded government support as it added manufacturing partners and classical computing tools to advance its plans for a photonic quantum data center.

The Toronto-based company generated $1.3 million of revenue for the quarter ended Sept. 30, up 32% from a year earlier, according to its earnings release. Growth came primarily from the Defense Advanced Research Projects Agency’s Quantum Benchmarking Initiative and partnership engagements, partly offset by the completion of prior-year contracts.

Xanadu ended September with $286.5 million in cash and cash equivalents. It also announced a definitive agreement for approximately $140 million in Canadian federal funding, structured as a loan, and provisional approval for up to $10 million in additional DARPA project funding. All financial figures are in U.S. dollars.

The company highlighted progress in reducing the loss of light within its computing components, partnerships with semiconductor and cooling specialists, and the launch of Backline with AMD to connect quantum hardware with conventional processors.

Spending increased as Xanadu added engineers and equipment. Its quarterly net loss widened to $32.2 million from $20.3 million a year earlier, while research and development expenses increased 67% to $25.6 million.

Reducing Optical Loss Supports Hardware Roadmap

Xanadu’s photonic approach uses light to process quantum information. Keeping that light from being lost as it moves through components and connections is central to building a larger, reliable machine.

The company said more chip designs sent for manufacturing, additional wafer production runs and increased engineering headcount accelerated testing and improvements across key components.

“Loss is the engineering challenge between Xanadu and a utility-scale quantum computer, and we continue to go after it from every direction: more tapeouts, better components, and manufacturing partners who can help us push further,” said Christian Weedbrook, Founder and Chief Executive Officer of Xanadu, according to a company news release. “The partnerships, tooling, and facilities we are adding are designed to shorten the time between a design change and a measured improvement, and we plan to keep building toward a quantum data center.”

Xanadu reported a new optical switch with loss of 7 millidecibels, a result it believes sets a performance record for the component. It said advances across components had reduced overall system loss and supported progress toward its year-end target.

Those improvements are integral to the roadmap presented in August, which targets up to 200 logical qubits by 2029, up to 500 by 2030 and more than 1,000 by 2031. Logical qubits protect quantum information through error-correction methods, allowing calculations to continue despite errors in the underlying hardware.

The company is working with ASML to address losses in waveguides, the channels that guide light through photonic chips. Xanadu expects those channels to be the largest source of optical loss in its integrated circuits.

A partnership with Bluefors focuses on compact, modular cooling for detectors, with the aim of reducing the equipment’s size and cost for deployment in data centers.

In October, Xanadu announced a multiyear GlobalFoundries partnership to scale its low-loss silicon nitride platform and superconducting single-photon detectors. Faster detectors are expected to increase how quickly its machines operate and reduce the equipment and resources needed to prepare qubits.

Backline Connects Quantum Hardware With Classical Processors

Xanadu launched Backline with AMD to support the conventional computing infrastructure needed to control quantum machines and correct errors during calculations.

The framework connects central processing units, graphics processing units and field-programmable gate arrays, or FPGAs, which are chips that can be configured for specialized tasks. It allows developers to assign work such as error correction and real-time control to the hardware best suited to the task.

Xanadu reported median round-trip communication times of 2.3 microseconds between an FPGA and a CPU and 4.5 microseconds between an FPGA and a GPU. A microsecond is one-millionth of a second.

Rapid communication matters because quantum hardware must exchange information with classical processors while calculations are underway. Backline provides a Python programming interface and supports multiple hardware platforms, which Xanadu said can help developers move from research prototypes toward production systems.

Dr. Weedbrook said in the release: “Our launch of Backline with AMD represents an important step in building the classical computing infrastructure required for utility-scale quantum computing. By integrating CPUs, GPUs, and FPGAs with quantum hardware for real-time processing and control, we believe Backline addresses a critical challenge in scaling fault-tolerant quantum computers.”

Partnerships Address Materials Research and Workforce Skills

Xanadu also reported work with Mitsubishi Chemical on materials used in advanced semiconductor manufacturing.

Supported by Canadian and Japanese innovation programs, the companies demonstrated that quantum algorithms can accurately model key properties of extreme ultraviolet photoresists, according to the release. These materials are used in the process that prints extremely small features on advanced chips.

The companies are developing a software pipeline intended for use with future fault-tolerant quantum computers, which would correct errors during calculations.

Other engagements focus on developing skills and applications. Royal Bank of Canada and Booz Allen are participating in workforce development programs using Xanadu’s software, alongside its training work with Lockheed Martin.

A strategic research partnership with the University of Alberta will develop quantum algorithms for cancer treatment.

Government Funding Supports Facility as Expenses Rise

Canada’s approximately $140 million funding agreement under the Strategic Response Fund will support Inception, Xanadu’s planned 158,000-square-foot photonics research, development and manufacturing facility in Toronto.

The funding is structured as a loan that does not require issuing shares. Xanadu expects to receive the money over time as reimbursement for qualifying research and development investments.

DARPA’s provisional approval covers up to $10 million under a one-year contract extension building on Xanadu’s Stage B work in the Quantum Benchmarking Initiative. The company expects to direct most of that funding toward critical elements of its research roadmap.

Quarterly general and administrative expenses rose 129% to $9.2 million, reflecting higher compensation costs, increased headcount and restricted stock unit grants. Higher engineering headcount and material consumption contributed to the increase in research spending.

Adjusted EBITDA loss widened to $26.3 million from $15.4 million. The measure excludes certain items included in the company’s reported net loss. Capital expenditures totaled $8.4 million, mainly for research and development test equipment.

Xanadu did not draw on its Yorkville Advisors equity facility during the quarter. It raised $67.2 million in net proceeds through the facility in the second quarter, leaving up to $232.8 million available at Sept. 30. The company said it plans to continue using the facility opportunistically.

“We believe we are investing ahead of the curve, and we added new government support to keep doing it,” Michael Trzupek, Chief Financial Officer of Xanadu, said in the release. “Canada’s agreement for funding through Project OPTIMISM to support the development of our new Inception facility and DARPA’s extension both provide support for the work we are already doing.”