Barcelona, December 16, 2025 -- Qilimanjaro Quantum Tech and Oxigen Data Center announce a new strategic collaboration to jointly explore how multimodal quantum computers can be integrated into commercial data centers, laying the foundations for the next generation of hybrid quantum infrastructure. This collaboration will highlight Qilimanjaro’s analog quantum computers, which require significantly less error correction compared to digital quantum computers.

"The future of computation will be hybrid. To make that future possible, we must start defining how quantum processors and classical machines in data centers infrastructure communicate, scale, and operate together," said Marta P. Estarellas, CEO of Qilimanjaro Quantum Tech.

Oxigen Data Center CEO Benjamín Rovira Guasch highlighted the strategic importance of anticipating the next technological wave, saying "Quantum computing will soon become part of the digital backbone. Understanding today how to integrate these machines into real infrastructures is a decisive advantage for tomorrow’s cloud ecosystem."

Both partners will engage in a collaborative learning process, studying the standards, interfaces, regulations, and operational frameworks that data centers need to accommodate quantum hardware, and the requirements quantum systems must meet to operate seamlessly within modern commercial data centers. The objective is to create a path toward a centralised, fully hybrid system accessible  to users from all sectors.

The new system will include digital and analog quantum computers. Analog quantum computing is naturally suited for continuous and complex problems, such as the simulation of molecules, materials, and physical systems. It also offers powerful new ways to train AI models and solve large-scale optimization challenges, opening a path to faster and more energy-efficient computing.

Together, Qilimanjaro and Oxigen Data Center are positioning Barcelona and Europe as an reference innovation hub for the quantum cloud era, enabling future users to access quantum and classical processing seamlessly, through unified and scalable infrastructure.