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Diraq differentiates by building quantum processors in silicon using standard CMOS foundry processes, enabling scalable manufacturing and integration into conventional data centres. Its architecture combines a single quantum chip with co-packaged cryogenic classical electronics and room-temperature systems. This approach is designed to scale qubit counts to millions on a single chip, unlocking a practical path to full-scale, fault-tolerant quantum computing for real-world applications. 

Drug discovery and materials science companies spend years and hundreds of millions of dollars on trial-and-error experiments because classical computers cannot accurately simulate molecular behaviour at the required scale. This computational ceiling slows breakthroughs in medicine, batteries and clean energy.

Data centres, large companies, government or research-driven organisations in industries including defence, finance, pharmaceuticals, logistics, with a long-term focus on building a competitive advantage through leveraging quantum computing.

• Awarded DARPA Quantum Benchmarking Initiative Phase B
• Established partnerships critical for production scale, e.g. GlobalFoundries, NVIDIA
• Signed US$38M Letter of Intent with the U.S. Department of Commerce under the CHIPS Act to scale Quantum Computing