Xanadu Quantum Technologies Limited engages in the design, development, and commercialization of photonic quantum computing hardware, software, and cloud-based access platforms. The company's core products and services span photonic quantum processors and related hardware platforms; quantum software development tools and frameworks; cloud-based quantum computing access and execution environments; and quantum software libraries and tooling that enable researchers and enterprises to program quantum circuits across multiple modalities and cloud platforms. Xanadu emphasizes integrated hardware-software solutions, including the Borealis photonic quantum processor for advanced quantum computations and the Aurora platform for cloud-based quantum access, underpinned by its PennyLane software ecosystem for differentiable quantum programming and broader quantum application development. The company also provides tooling for algorithm development, simulation, and optimization, along with support services for deployment, testing, and integration into customer workflows. Headquartered in Toronto, Xanadu operates globally, serving customers across multiple industries such as automotive, aerospace, energy, materials, and semiconductor sectors, with operations and customer engagements extending through North America, Europe, and Asia. The company was founded to advance scalable, fault-tolerant quantum computing through a combination of proprietary photonic hardware and a software-first approach that lowers barriers to entry for researchers and enterprises exploring quantum solutions. Xanadu maintains ongoing collaborations and partnerships to expand hardware capabilities, software interoperability, and cloud accessibility, and continues to refine its hardware performance, error correction capabilities, and system scalability as part of its strategic roadmap. Founding year and headquarters location are publicly disclosed, with subsidiaries and parent relationships evolving as the company scales its global footprint and market reach.