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Israeli Quantum Companies Raised Nearly $500 Million in 2025
Israeli quantum companies raised nearly $500 million in private investment in 2025, about 9% of the global total, according to a report released by the Israel Innovation Authority and C4IR Israel. The report counts more than 20 active compa
Quantum.world Team · Written with AI · fact-checked ·
Nearly $500 million flowed into Israeli quantum companies in 2025, giving the country about 9% of global private investment in quantum technologies, according to a report released October 26 by the Israel Innovation Authority and C4IR Israel. The report places Israel fourth worldwide for private quantum investment, behind the United States, the United Kingdom and Canada. It says the sector has raised more than $1 billion cumulatively.
$500 Million, and Fourth in Private Funding
The report’s figures describe a sharp jump in activity: Israeli quantum companies raised nearly $500 million in 2025 alone. That was about 15% of global private investment when the United States is excluded, the report says. The figures cover quantum technologies broadly, rather than quantum-computing hardware alone.
Zachi Schnarch, acting CEO and head of the Technology Division at the Israel Innovation Authority, framed the policy choice around the investment: In a world where countries are investing vast sums in quantum technologies, the question for Israel is not simply how much to invest, but where to invest and what competitive advantages to build. The report recommends focusing on capabilities it considers strategic strengths while relying on international partnerships for technologies Israel does not build domestically.
More Than 20 Companies, About 1,000 Workers
The report traces the sector’s growth from approximately five companies and 50 workers in 2019 to more than 20 active companies and around 1,000 workers by 2025. Quantum-computing companies grew from one to more than 10 over the same period. The wider company base spans computing, sensing, communications, cybersecurity, software and control systems.
Israeli companies are pursuing several hardware approaches, including superconducting systems, trapped ions, photonics, neutral atoms, optical computing and diamond-based devices. The report argues that this range gives the sector options while no single quantum-computing architecture has become dominant. It also points to software, processor control and orchestration as areas where Israeli firms can contribute across different kinds of hardware.
The First Initiative Built Shared Infrastructure
Israel’s first National Quantum Initiative began in 2019 and ran through 2025. The report puts its planned allocation at about $413 million and estimates execution at about $409 million when expected industry and academic cost-sharing is included; it says actual spending may be higher once full 2025 data is counted. The initiative supported research laboratories, academic work and national infrastructure, including the Israeli Quantum Computing Center.
The center provides access to multiple quantum-computing platforms for algorithm testing, benchmarking and workforce training. The report presents shared facilities as a way for researchers and companies to use costly equipment without each building its own. It also credits Israel’s existing network of university technology-transfer offices, venture investors and public research programs with helping move research toward company formation.
Commercial Adoption Is the Next Test
The report says early demand is visible in defense, aerospace and secure communications, but adoption remains less developed in finance, healthcare, energy, logistics and manufacturing. It calls for more industry pilots and validated use cases, alongside training and stronger links between quantum companies and potential users. The report’s own disclaimer says it draws on public sources, institutional data and selected expert inputs, and is intended as a case study rather than a comprehensive assessment.
A proposed second phase of the National Quantum Initiative, covering 2027–2031, would expand international cooperation, strengthen infrastructure and supply chains in photonics, cryogenics and fabrication, and prioritize quantum software and algorithms. It also calls for more doctoral training and workforce development. The open question is how quickly the sectors the report identifies as lagging—especially finance, healthcare, energy, logistics and manufacturing—will move from limited adoption to concrete pilots.