Inspira Technologies OXY B.H.N. Ltd. has officially stepped into the rapidly evolving quantum computing space. With this strategic move, the company aims to tackle one of the most pressing challenges in the industry—connectivity limitations within dilution cryostats. To address this, Inspira plans to utilize its recently acquired additive manufactured electronics (AME) platform and develop an advanced 3D architecture tailored for quantum systems.
As quantum computing continues to scale toward more complex and larger architectures, connectivity inside dilution cryostats has emerged as a critical bottleneck. Specifically, issues such as interconnect density, thermal load, and electromagnetic interference are increasingly hindering qubit stability and overall system performance. Consequently, these barriers directly impact qubit coherence and system fidelity, slowing down the progress toward reliable, fault-tolerant quantum computing.
To overcome these challenges, Inspira’s AME platform introduces a differentiated approach. By combining 3D design capabilities, advanced material science, and precision additive manufacturing, the company aims to create highly integrated electronic structures. These innovations are expected to enhance system stability, reduce error rates, and ultimately accelerate the development of next-generation quantum systems.
Importantly, the AME technology is not new. It has been developed over several years, backed by more than $200 million in research and engineering investments. Furthermore, it has already demonstrated proof of concept within the quantum domain, particularly in qubit-related device integration. This validation highlights the platform’s compatibility with quantum materials and its ability to achieve micro-scale precision—both essential for quantum hardware applications.
Moreover, this strategic initiative is being led by Inspira’s CEO Dagi Ben-Noon and COO Avi Shabtay, who originally developed the AME technology. Notably, Ben-Noon is also a co-founder of Nano Dimension Ltd., bringing significant expertise to the table. In addition, several team members with prior experience at Nano Dimension are expected to join Inspira, ensuring continuity and leveraging years of accumulated knowledge.
Meanwhile, market projections further validate the importance of this move. According to McKinsey & Company, the quantum computing market could reach $72 billion by 2035. Similarly, Boston Consulting Group estimates that the broader quantum ecosystem may grow to $170 billion by 2040. As a result, addressing hardware bottlenecks like cryogenic connectivity has become a top priority across the industry.
Inspira is already engaging in discussions with key industry players and exploring potential collaborations. These efforts indicate the company’s commitment to positioning itself at the forefront of quantum innovation.
Dagi Ben-Noon, Chief Executive Officer of Inspira, commented:
“As a co-founder of Nano Dimension and a co-inventor and developer of the AME technology, I have an intimate knowledge of its capabilities. Together with our experienced leadership team, we believe we have the expertise needed to adapt AME for cryogenic connectivity in quantum computing. We view this as a technological frontier well matched to the strengths of the AME platform.”
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