Disseminated on behalf of SuperQ Quantum Computing Inc. and may include paid advertisements.
- SuperQ is making quantum computing more accessible through its integrated Super(TM) platform for enterprises, research and government users.
- The company is connecting quantum computing, high-performance computing and AI to address complex optimization, simulation and cybersecurity challenges.
- SuperQ is building toward an integrated quantum-computing ecosystem spanning Super(TM), Super OS(TM) and Super Nova(TM), supported by expanding commercial and technology partnerships.
Quantum computing is moving from research environments toward practical applications, but bringing the technology into mainstream computing infrastructure presents a challenge of its own. Organizations already depend on CPUs, GPUs, high-performance computing and increasingly artificial intelligence, while quantum processors introduce entirely new architectures and methods of computation.
SuperQ Quantum Computing Inc. (CSE: QBTQ) (OTCQB: QBTQF) is positioning itself at the intersection of these technologies, developing an integrated ecosystem designed to connect quantum resources with the classical computing infrastructure enterprises, researchers and governments already rely on.
At the center of that strategy is Super(TM), the company’s flagship hybrid computing platform. Super is designed to combine quantum annealing, gate-based quantum computing and high-performance computing, allowing users to work with CPUs, GPUs and quantum processing units through a unified environment.
The platform is designed to analyze problems, generate and deploy computational models, execute them across available computing resources and present resulting insights to users. Rather than treating quantum computing as an isolated technology, SuperQ is building an environment in which quantum and classical resources can be deployed together according to the requirements of a particular computational problem.
From Software Platform to Computing Infrastructure
Super represents the application layer of SuperQ’s broader architecture, but the company’s strategy extends beyond software.
In July 2026, SuperQ announced Super OS(TM), an operating system designed to orchestrate CPUs, GPUs and quantum processing units through a unified execution fabric. The company is developing Super OS as a control layer capable of connecting heterogeneous computing resources without requiring users to manage each system independently.
That development provides a bridge between SuperQ’s software platform and its hardware ambitions.
At the hardware level, SuperQ is developing Super Nova(TM), a modular hybrid quantum computer designed to run Super OS natively. The system is intended to combine quantum processing with classical computing resources, providing a potential path toward more integrated and flexible deployment of hybrid computing.
The development of Super Nova has also gained a more defined technical foundation. In September 2026, SuperQ announced that the quantum hardware layer is being developed at the University of Waterloo’s Digital Quantum Matter Lab under the supervision of Professor Matteo Mariantoni, a researcher specializing in superconducting quantum physics.
SuperQ is also recruiting additional quantum hardware scientists at the Waterloo lab to work across areas including quantum chip design, device fabrication, cryogenics and hardware-software orchestration.
Together, these efforts represent a progression from an application platform to an orchestration layer and ultimately to dedicated hybrid quantum infrastructure.
Expanding the Quantum Ecosystem
SuperQ is also working to broaden the range of quantum technologies available through its platform.
In March 2026, the company announced a memorandum of understanding with India’s Quanfluence, a photonic quantum technology company, focused on integrating Quanfluence’s quantum random number generator and quantum computing capabilities into Super and pursuing joint global commercialization. The agreement followed a joint demonstration at CES 2026.
The company is simultaneously pursuing commercial applications for its technology in areas where optimization and computational efficiency can have significant economic value, including financial services, enterprise risk, logistics and artificial intelligence.
In May 2026, SuperQ announced a commercial agreement with AI Financial Corporation focused on post-quantum security and compute tokenization, providing a commercial application for the company’s broader hybrid-computing strategy.
These developments illustrate the role SuperQ is seeking to play within the emerging quantum ecosystem: not simply developing a quantum processor but connecting different forms of advanced computing and making them accessible through a common environment.
Building Toward Quantum Utility
Developing that ecosystem requires both technology and resources. In June 2026, SuperQ closed an oversubscribed brokered LIFE financing that generated C$4 million in gross proceeds. The company said the financing would support ongoing technology and commercialization initiatives, including its quantum hardware and operating-system efforts.
The broader architecture can therefore be viewed across three connected layers.
As SuperQ continues developing Super Nova at the University of Waterloo, expanding Super OS and adding new quantum capabilities and commercial relationships to its ecosystem, the company is working toward a model in which quantum and classical computing resources can be deployed together according to the requirements of a particular problem.
The broader objective is to make quantum computing less of an isolated technology and more of a practical component of the next generation of high-performance computing.
For more information, visit www.superq.co.
NOTE TO INVESTORS: The latest news and updates relating to QBTQF are available in the company’s newsroom at ibn.fm/QBTQF
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