Entropica Labs, a Singapore-based leader in quantum software, and Quobly, a French pioneer in silicon-based quantum hardware, have formally inked a strategic Memorandum of Understanding (MoU) that is expected to drastically alter the worldwide quantum sector. The deal, which was signed in Singapore by Tommaso Demarie, CEO of Entropica Labs, and Maud Vinet, CEO of Quobly, creates a framework for the collaborative development of fault-tolerant quantum computing technology.
Quantum systems have advanced beyond qubit counts, and the partnership is a milestone. Instead, the cooperation integrates Entropica’s fault-tolerant software stack with Quobly’s silicon processor architecture from the start. Building dependable, scalable systems that can manage real-world, industrial-grade applications is the goal of this integrated approach.
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Bridging Silicon Hardware and Error Correction
The problem of quantum error correction (QEC) is central to this partnership. As quantum processors become more widespread, the industry needs to transition from lab prototypes to systems with fault tolerance as a fundamental architectural layer. With a particular focus on Quobly’s silicon-based technology, the MoU aims to create cutting-edge compiler and optimization methods for Fault-Tolerant Quantum Error Correction (FTQEC).
Through Quobly’s leadership in semiconductor-based quantum chips and Entropica’s experience in software infrastructure, particularly error-correction orchestration systems, the two businesses hope to hasten the shift from experimental devices to operational maturity. According to Tommaso Demarie, CEO of Entropica Labs, the main difficulty “shifts from qubit physics to system-level fault tolerance” as silicon processors get bigger. This makes scalable qubits into working quantum computers, which calls for a closely connected software layer.
Strengthening the Global Quantum Ecosystem
With the partnership, Singapore will be positioned as a major hub for quantum innovation in the Asia-Pacific area. The MoU supports Quobly’s foreign business strategy after it was incorporated in Singapore in October 2025. Singapore will act as the regional headquarters for collaborations and deployment in Asia, while the company’s primary industrial and research operations would continue to be conducted in France and Europe.
Quobly CEO Maud Vinet said the agreement “strengthens our ability to build scalable quantum systems by combining silicon hardware with fault-tolerant software” and is crucial to building a long-term presence in the region. The collaboration shows that top quantum centers in Europe and Asia are increasingly cooperating to develop global technology.
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The Path to Industrial-Grade Quantum
The silicon-based architecture decision is significant. Quobly makes use of tried-and-true semiconductor manufacturing techniques, drawing on more than 15 years of joint research between CEA-Leti and CNRS in Grenoble, France. Scalability and industrial manufacturing of quantum computing are the goals of this “quantum microelectronics” method.
Large investments have supported Quobly’s growth, including a seed round of €19 million in 2023 a record for a European business developing quantum hardware and an additional €21 million in 2025 to further its Q100T program. Additionally, the business and STMicroelectronics have a strategic alliance that helps the company industrialize its silicon chips more quickly.
Meanwhile, the fault-tolerant layer of the developing sector is still being defined by Entropica Labs. Working with hardware partners around the world, its stack of compiler technologies and architectural frameworks is made to offer developer-ready, error-free quantum computation, guaranteeing that systems are prepared for deployment in the real world.
A Shared Vision for the Future
This Memorandum of Understanding creates a structure for further technical cooperation as both businesses progress their individual plans. The operational preparedness of future systems in the Asia-Pacific area and beyond is being addressed by Quobly and Entropica Labs by emphasizing the “software-hardware co-design” from the beginning.
The alliance’s strategic significance was highlighted by the fact that representatives from the French and Singaporean innovation ecosystems attended the signing ceremony in Singapore. The combination of Entropica’s software skills with Quobly’s silicon expertise is one of the most potential avenues for industrial-grade quantum computing as the quantum sector shifts toward fault-tolerant infrastructure.
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