As the race to build practical quantum computers intensifies, a new London based startup is focusing on a less visible but equally critical challenge, making these machines usable in real world applications. Qoro Quantum has secured $750,000 in pre seed funding to develop software infrastructure that connects classical and quantum systems into a unified computing environment.
Early Backing for a Complex Challenge
The funding round includes support from Ada Ventures, Superangels Venture Fund, and the Polsky Center for Entrepreneurship and Innovation. The investment will enable the company to accelerate development of its platform and expand its engineering team as it prepares for future funding rounds.
Founded in 2024, Qoro Quantum is positioning itself within the deeptech ecosystem, targeting one of the most pressing bottlenecks in the quantum computing landscape.
Tackling the Software Bottleneck
While much of the industry’s attention has been focused on building quantum hardware, integrating these systems with existing computing infrastructure remains a major hurdle. Enterprises exploring quantum applications typically rely on hybrid setups that combine traditional processors such as CPUs and GPUs with early stage quantum devices.
However, connecting these systems is often complex, requiring specialised expertise, custom code, and significant development time. This complexity has slowed adoption and limited the practical use of quantum technologies.
According to CEO Dan Holme, the real challenge lies not only in building quantum machines but in enabling organisations to use them effectively. Qoro Quantum aims to address this gap by focusing on software rather than hardware.
A Unified Layer for Hybrid Computing
At the core of Qoro’s offering is a software platform that acts as an orchestration layer across heterogeneous computing environments. The system connects classical infrastructure with quantum processors, allowing applications to run seamlessly across both.
The platform includes a network stack and a cloud based control system designed to automate the execution of quantum algorithms, manage computing resources, and synchronise clusters that may involve multiple hardware vendors.
By abstracting the complexity of underlying hardware, Qoro enables developers to build applications once and deploy them across different environments without needing to tailor code for each specific system. This approach significantly reduces the barrier to entry for organisations looking to experiment with or adopt quantum computing.
Enabling Real World Quantum Applications
Hybrid quantum classical computing is increasingly seen as the most practical pathway for near term applications. Rather than waiting for fully mature quantum computers, businesses are already exploring ways to combine existing infrastructure with emerging quantum capabilities to solve complex problems.
Qoro’s platform is designed to support this transition by simplifying integration and enabling more efficient use of available resources. This could open the door to applications in areas such as optimisation, materials science, and advanced data analysis.
By making hybrid computing more accessible, the company aims to accelerate the timeline for real world quantum adoption.
Roadmap for Growth
The newly raised funds will be used to further develop Qoro’s software stack, expand its technical team, and support grant co funding initiatives. The company also plans to accelerate product rollout as it builds momentum ahead of its next funding round.
As the quantum computing ecosystem continues to evolve, software infrastructure is expected to play a crucial role in bridging the gap between experimental technology and practical deployment.
With its focus on simplifying complexity and enabling interoperability, Qoro Quantum is positioning itself as a key enabler in the transition toward a hybrid computing future, where classical and quantum systems work together to unlock new levels of computational power.