QCBRIEF
The Israel Innovation Authority's R&D call covers three quantum hardware families — superconducting circuits, trapped ion processors, and a third approach such as neutral atom or photonic — under one roof, with cloud access due in 12 months.
The Israel Innovation Authority (IIA) opened a NIS 100 million (about $33 million USD) call for proposals on Monday for a national quantum computing R&D center that must integrate at least three distinct hardware architectures under one roof.
The winning operator will need to deliver cloud-accessible quantum processing unit (QPU) access, hardware testing, and algorithm benchmarking within 12 months, then finish a full physical and software buildout within 18, according to the IIA announcement. The mandate covers superconducting circuits, trapped ions, and a third family such as neutral-atom or photonic systems, and requires continuous backend upgrades so the facility tracks international progress.
The center is a comparison testbed, not a single flagship machine. Israeli developers, academics, and high-tech startups will run the same algorithm against the three backends and measure performance side by side, alongside independent benchmarking, error-correction prototyping, and workforce training. The call also requires native QPUs, classical control electronics, low-latency feedback, and stack optimization, per the call's terms.
If Israeli quantum hardware still cannot supply three distinct architectures and the operator reverts to imported processors, the hub recreates the dependency that shaped Israel's first national quantum center, which opened at Tel Aviv University in June 2024 around foreign processors.
What remains unknown is which consortium wins, how the IIA will enforce the 12-month functional milestone, and whether three architectures can be kept current on a budget of this size. The Quantum Insider has additional coverage.