Recent developments include the completion of the business combination in March 2026, listing on Nasdaq and TSX, and ongoing R&D and facility expansion plans for 2026.

• On March 26, 2026, Xanadu completed a business combination resulting in Crane Harbor and Old Xanadu becoming wholly owned subsidiaries and listing Class B Subordinate Voting Shares on Nasdaq and TSX under ticker XNDU [S1].
• Trading of Class B Subordinate Voting Shares commenced on March 27, 2026, on Nasdaq and TSX [S1].
• In 2026, Xanadu plans to continue R&D of core photonic quantum computing components and manufacturing platforms focusing on performance, yield, and repeatability [S1].
• The company intends to expand its facilities and capabilities for test and measurement, heterogeneous integration, and advanced packaging to support higher-throughput development cycles and scaling of integrated systems [S1].
• Xanadu aims to grow its team to execute 2026 technical objectives and support operational, compliance, and reporting requirements as a public company [S1].

Xanadu's integrated photonic quantum computing platform, combining scalable hardware and modality-agnostic software, positions it to lead in the emerging quantum computing market. Its demonstrated technological milestones, such as quantum supremacy with Borealis and networked modularity with Aurora, validate its approach. Strategic government and commercial partnerships provide funding, co-development opportunities, and early market access. The company's roadmap toward large-scale fault-tolerant quantum computers aligns with potential breakthroughs in chemistry, materials science, and AI. Its growing patent portfolio and manufacturing collaborations support scaling and commercialization potential.

Xanadu operates in a highly experimental and capital-intensive field with inherent technological and market uncertainties. The company is pre-commercial, with limited revenue and significant net losses driven by R&D and operating expenses. Dependence on government funding and specialized suppliers introduces risks related to contract renewals, budget constraints, and supply chain disruptions. Manufacturing scale-up depends on access to proprietary processes controlled by partners. The quantum computing market is evolving, and competing modalities may advance differently. Execution risks include achieving fault-tolerant quantum computing and commercial viability within planned timelines.

Xanadu's moat is based on its pioneering photonic quantum computing technology, which leverages photons for room-temperature, modular, scalable quantum computation. This approach addresses coherence and scalability challenges faced by competing matter-based quantum modalities. The company has developed proprietary hardware demonstrated through milestone quantum computers (Borealis and Aurora) and a widely used modality-agnostic software platform (PennyLane). Strategic partnerships with governments and commercial entities provide co-funding, early procurement, and supply chain support. A broad patent portfolio and collaboration agreements further protect its technology. The integration of hardware and software, combined with government and industry collaborations, creates barriers to entry and supports its leadership in photonic quantum computing.

• Dependence on Government Funding and Contracts: A significant portion of Xanadu's revenue and R&D funding comes from government agencies in Canada, the US, and other regions. These contracts are subject to termination, budgetary constraints, and political risks, which could impact funding continuity and project progress.
• Supply Chain and Manufacturing Risks: The company relies on specialized semiconductor foundries and photonics suppliers for critical components. Limited qualified sources and geopolitical tensions could disrupt supply chains, delay product development, and increase costs.
• Technological and Execution Risks: Developing scalable, fault-tolerant photonic quantum computers involves complex R&D with uncertain outcomes. Achieving targeted qubit scale and error correction is challenging, and delays or technical setbacks could affect commercialization.
• Intellectual Property and Collaboration Risks: Xanadu depends on a portfolio of patents and collaboration agreements. Some manufacturing processes are proprietary to partners, and unfavorable terms or loss of access could hinder production and competitive advantage.
• Financial and Liquidity Risks: The company has incurred substantial net losses and negative operating cash flows, with limited current assets relative to liabilities. Continued funding through equity, debt, or government support is necessary to sustain operations and R&D.

• Xanadu Quantum Technologies Ltd is a Canadian quantum computing company incorporated under the OBCA on October 2, 2025, with headquarters in Toronto, Ontario.
• The company completed a business combination on March 26, 2026, resulting in Crane Harbor and Old Xanadu becoming wholly owned subsidiaries and listing Class B Subordinate Voting Shares on Nasdaq and TSX under ticker XNDU.
• Xanadu develops full-stack photonic quantum computing solutions integrating proprietary photonic quantum hardware and a modality-agnostic software platform anchored by PennyLane, an open-source quantum application development framework.
• The company’s hardware platform includes the Borealis and Aurora quantum computers, with Aurora being the first networked, modular, scalable photonic quantum computer demonstrating real-time error detection and interconnection of multiple photonic racks.
• Xanadu’s technology leverages photons for quantum computation, aiming for room-temperature operation, modularity, scalability, and energy efficiency, targeting large-scale fault-tolerant quantum computers with up to 100,000 physical qubits and 500 logical qubits by 2029-2030.
• The company is in a pre-commercial stage, generating revenue primarily from strategic government contracts and collaborations, with total revenue of $4.6 million for the year ended December 31, 2025, up 191% from 2024.
• Xanadu incurred a net loss of $70.7 million for the year ended December 31, 2025, with an accumulated deficit of $206.3 million as of that date, reflecting significant R&D and operating expenses.
• As of December 31, 2025, Xanadu had current assets of $1.806 million and current liabilities of $1.818 million, resulting in a current ratio of 0.99, indicating near parity between short-term assets and liabilities.
• The company’s principal capital expenditures in recent years have focused on R&D, photonic integrated circuit fabrication, modular quantum racks, and advanced packaging facilities.
• Xanadu maintains strategic partnerships with government agencies in the US, Canada, Europe, and Asia-Pacific, receiving substantial government funding and participating in national quantum infrastructure initiatives.
• The company collaborates with commercial partners including semiconductor foundries and photonics companies to develop manufacturing processes and scale production.
• Xanadu’s software platform PennyLane supports programming quantum circuits across multiple modalities and cloud platforms, aiming to build a mature ecosystem of commercial algorithms ahead of fault-tolerant quantum hardware availability.
• The company’s business model includes co-development and collaboration agreements with universities, government labs, and private companies, with some dependencies on intellectual property and manufacturing processes owned by partners.
• Xanadu leases approximately 48,000 square feet of office and nanophotonic facility space in Toronto, with additional packaging and assembly facilities and a US office for collaboration.
• The company’s liquidity position as of December 31, 2025, shows limited cash and equivalents disclosed, with current assets slightly below current liabilities, and total assets of $70.6 million, down 40% from 2024.
• Xanadu’s net cash used in operating activities was $68.0 million for 2025, reflecting increased R&D and working capital investments, partially offset by financing activities and government funding.
• The company has received government loans and grants, including a Strategic Innovation Fund Loan from Canada, with repayments linked to revenue-based formulas.
• Xanadu’s revenue recognition includes quantum computing as a service (QCaaS) and professional services, with revenue recognized over time based on contract terms and milestones.
• The company’s quarterly and annual financial results show increasing net losses and operating expenses as it scales R&D and prepares for public company compliance.
• Xanadu’s risk factors include dependence on government funding, supply chain constraints for specialized components, intellectual property rights, and the evolving quantum computing market environment.