Who are the leading Israel quantum companies in 2026?

The Israeli ecosystem is led by Quantum Machines, the Tel Aviv control-electronics vendor whose OPX hardware is deployed in quantum systems in more than 30 countries and which operates the national quantum centre. The Israeli Quantum Computing Center is the national multi-modality facility on the Tel Aviv University campus. Classiq builds quantum-software circuit-synthesis tools and Qedma builds error-suppression software. The hardware vendors span five modalities, with Quantum Art on trapped-ion, Quantum Source on photonic, QuamCore on superconducting, Q-Factor on neutral-atom, and Quantum Transistors on NV-diamond. QuantLR builds quantum-key-distribution hardware. Together these 14 organisations define the Israel quantum companies covered in this guide.

What is the Israeli Quantum Computing Center?

The Israeli Quantum Computing Center, or IQCC, is Israel's national quantum infrastructure facility, funded by the Israel Innovation Authority and operated by Quantum Machines on the Tel Aviv University campus. It is built as a quantum data centre rather than a single machine, co-locating multiple quantum processors of different modalities, integrating them with classical high-performance computing, and exposing the whole system through a cloud interface. The centre runs a Hyperconverged Quantum Cluster for hosting QPUs, cryogenic testbeds, and hybrid quantum-classical workloads. In December 2025 the IQCC became the first facility in the world to deploy a superconducting-qubit device from Qolab, the company founded by 2025 physics Nobel laureate John Martinis. The IQCC gives every Israeli quantum company a shared national platform.

What is the Israel National Quantum Initiative?

The Israel National Quantum Initiative is the government programme that funds and coordinates the country's quantum sector. It has directed roughly NIS 1.2B of public investment into quantum science and technology, spread across the Israel Innovation Authority, the Israel Science Foundation, the Council for Higher Education, and the defence research establishment. The programme deliberately covers the full pipeline, supporting basic research at universities, national infrastructure such as the Israeli Quantum Computing Center, and direct grants that help startups commercialise. The initiative is the reason the Israel quantum companies grew from a strong academic base into a funded commercial ecosystem so quickly, and a planned joint United States-Israel quantum fund would add a further cross-border dimension.

Why is Quantum Machines important to the global quantum industry?

Quantum Machines matters because it is the most widely deployed quantum-control company in the world, with its OPX hardware running inside quantum systems across more than 30 countries. Control electronics generate and read the analogue signals that drive qubits, and the layer is required by every modality, so a strong control vendor earns revenue regardless of which hardware approach wins. The OPX1000 is the platform underneath NVIDIA DGX Quantum, a quantum-classical reference architecture the two companies developed together. Quantum Machines has raised roughly $280M, acquired the cryogenic-electronics firm QDevil, and operates the Israeli Quantum Computing Center, which makes it both a global vendor and the operational backbone of the Israel quantum companies ecosystem.

What quantum hardware modalities do Israeli companies build?

The Israel quantum companies cover an unusually wide range of hardware modalities for an ecosystem of this size. Quantum Art builds trapped-ion processors and has demonstrated a fully controlled 200-ion chain. QuamCore is developing a superconducting architecture intended to fit on the order of a million qubits in a single cryostat. Quantum Source is building a photonic, fault-tolerant machine using deterministic photon-atom interactions. Q-Factor, which emerged from stealth in 2026, is developing neutral-atom hardware aimed at million-qubit scale. Quantum Transistors builds NV-diamond chips that can run without dilution refrigerators. This five-modality spread means Israel is not committed to a single hardware bet, which is a deliberate strength of the national ecosystem.

How much have Israeli quantum startups raised recently?

The funding pace has been exceptional. In 2025 alone, several Israeli quantum companies together raised close to $500M, and individual rounds set category records. Classiq closed a $110M Series C in May 2025, the largest quantum-software round ever recorded, and a strategic November 2025 extension pushed its total above $200M with AMD Ventures, Qualcomm Ventures, and IonQ joining. Quantum Art raised a Series A that grew to $140M, and Quantum Machines has raised roughly $280M in total, including a $170M round. Quantum Source has raised more than $77M, Qedma raised a $26M Series A with IBM participating, and Q-Factor emerged in 2026 with a $24M seed. The depth of funding across the Israel quantum companies reflects genuine commercial traction.

Where are Israel's quantum companies located?

The Israel quantum companies cluster around three research centres within roughly a hundred kilometres of each other. Tel Aviv is the largest pole and is home to Quantum Machines, Classiq, Qedma, and Q-Factor, with the Israeli Quantum Computing Center on the Tel Aviv University campus. Rehovot, south of Tel Aviv, is built around the Weizmann Institute of Science and produced Quantum Art and the founding science behind Q-Factor. Haifa in the north is anchored by the Technion and is home to QuamCore. Herzliya hosts Quantum Transistors and Jerusalem hosts QuantLR. The short distances between these poles mean the Israeli ecosystem operates as a single tightly connected national cluster.

Can I access an Israeli quantum computer remotely?

Yes, through the Israeli Quantum Computing Center. The IQCC is designed as a quantum data centre that exposes its co-located quantum processors through a cloud interface, so researchers, developers, and educators can run workloads remotely rather than needing physical access to the hardware. The centre hosts multiple processors spanning different modalities and integrates them with classical high-performance computing, which allows hybrid quantum-classical workflows. Because the IQCC is a national facility funded by the Israel Innovation Authority and operated by Quantum Machines, it serves the Israel quantum companies, the academic research community, and educational users rather than functioning purely as a commercial cloud service. It is the main route to hands-on access to Israeli quantum hardware.

Israel Quantum Computing Companies: Complete 2026 Guide

The leading israel quantum computing companies in 2026 form one of the most capital-efficient and modality-diverse quantum ecosystems in the world, anchored by the Israeli Quantum Computing Center and the Israel National Quantum Initiative, the multi-year programme that has channelled roughly NIS 1.2B of public funding into quantum research and infrastructure. 14 organisations define the israel quantum computing companies in this guide: Quantum Machines (Tel Aviv, the most deployed quantum-control vendor anywhere), the Israeli Quantum Computing Center (the national multi-modality facility), Classiq (Tel Aviv, quantum software), Quantum Art (Rehovot, trapped-ion), Quantum Source (Rehovot, photonic), Qedma (Tel Aviv, error suppression), QuamCore (Haifa, superconducting), QuantLR (Jerusalem, quantum key distribution), Q-Factor (Tel Aviv, neutral-atom), and Quantum Transistors (Herzliya, NV-diamond).

Why Israel is a quantum-computing heavyweight

Israel is a small country, yet it operates a quantum-computing sector that competes with national programmes many times its size, and the reason is the same dynamic that built its wider technology industry. A dense research base, a deep pool of physics and engineering talent, strong defence-sector demand, and an active venture-capital market combine to turn laboratory science into funded companies very quickly. The israel quantum computing companies span control electronics, software, trapped-ion, superconducting, photonic, neutral-atom, and NV-diamond hardware, which is an unusually wide spread for an ecosystem of this size.

The funding numbers show how fast the sector has matured. In 2025 alone, several Israeli quantum companies together raised close to $500M, and individual rounds set records, with Classiq closing the largest quantum-software round ever recorded and Quantum Art and Quantum Machines each raising nine-figure sums. That pace reflects genuine commercial traction rather than hype, because Quantum Machines hardware already ships worldwide and the Israeli Quantum Computing Center gives every domestic company a working national platform to build on.

The Israel National Quantum Initiative

The Israel National Quantum Initiative is the government programme that turned a strong academic base into a commercial ecosystem. The initiative has directed roughly NIS 1.2B of public funding into quantum science and technology, coordinated across the Israel Innovation Authority, the Israel Science Foundation, the Council for Higher Education, and the defence research establishment. The structure deliberately spans the full pipeline, funding basic research at the universities, infrastructure such as the Israeli Quantum Computing Center, and direct grants and incentives that help startups commercialise.

The flagship outcome is the IQCC itself, procured through an Israel Innovation Authority tender and operated by Quantum Machines, which gives the israel quantum computing companies a shared national facility rather than leaving each firm to build isolated infrastructure. The defence dimension is also significant, because Israel’s defence research bodies are long-standing customers and funders of quantum sensing, secure communication, and computing work, and that demand provides an early market that many national programmes lack. A planned joint United States-Israel quantum fund, with each side contributing $100M, would add a further cross-border layer.

The top israel quantum computing companies

14 organisations define the israel quantum computing companies covered in this guide. One is the national infrastructure facility (the IQCC), one is the control-electronics vendor that operates it and ships hardware worldwide (Quantum Machines), and two are software vendors (Classiq on circuit synthesis, Qedma on error suppression). Five are hardware vendors spanning distinct modalities (Quantum Art on trapped-ion, Quantum Source on photonic, QuamCore on superconducting, Q-Factor on neutral-atom, Quantum Transistors on NV-diamond), and one is a quantum-communication vendor (QuantLR on key distribution). The Israel Innovation Authority coordinates the national programme behind the israel quantum computing companies ecosystem.

Independent directories of the israel quantum computing companies list a similar shortlist of names. The profiles below cover the leading organisations in depth.

Quantum control and orchestration

Quantum Machines

Quantum control infrastructure · Tel Aviv, Israel · Founded 2018

QZ coverage: QUAlibrate automates calibration, boosts fidelity to 99.5% · QUA programs quantum hardware with sub-microsecond latency · Quantum Machines launches quantum control platform

Quantum Machines is the Tel Aviv control-electronics vendor founded in 2018, and it is the most widely deployed quantum-control company in the world, with its OPX hardware running inside quantum systems across more than 30 countries. The OPX1000 is a modular, high-density platform that generates and reads the analogue signals that drive qubits, and it is the control layer underneath NVIDIA DGX Quantum, a tightly integrated quantum-classical reference architecture that the two companies developed jointly. Quantum Machines has raised roughly $280M in total, including a $170M round led by PSG Equity with Intel Capital and Red Dot Capital Partners, and it acquired the cryogenic-electronics specialist QDevil to extend its stack deeper into the fridge. The company also builds and operates the Israeli Quantum Computing Center, which makes it the operational backbone of the whole israel quantum computing companies ecosystem.

quantum-machines.co →

Tabor Electronics

Quantum control · Nesher, Israel · Founded 1971

QZ coverage: FormFactor, Tabor & QuantWare unveil 5-qubit quantum system

Tabor Electronics was established in 1971 in Israel as a spin-off of Elron Corporation and is headquartered in Nesher, Israel. Its product portfolio includes high-end signal sources such as RF and microwave signal generators, high-speed arbitrary waveform generators and transceivers, and high-voltage amplifiers. The Proteus Arbitrary Waveform Generator suits applications in quantum computing, electronic warfare, radar, and next generation communications.

Through Tabor Quantum Solutions, the company provides a full toolkit of quantum control instrumentation, including arbitrary waveform generators, digitizers, and amplifiers, offering signal source solutions for quantum physics, communications, and radar. In February 2024, FormFactor and Tabor Electronics presented the Echo-5Q project, a demonstration of a full-stack 5-qubit quantum computer for research and education using a QPU supplied by QuantWare. Tabor serves quantum computing manufacturers, research laboratories, and quantum hardware developers that need precise signal generation and control for qubit manipulation and quantum processor operations.

www.taborelec.com →

Quantum processors and hardware

Quantum Art

Trapped-ion quantum computers · Ness Ziona, Israel · Founded 2022

Quantum Art is the Rehovot-based trapped-ion vendor founded in 2022 as a spin-off from the Weizmann Institute of Science, and it builds full-stack quantum computers based on a multi-core trapped-ion architecture. The company has demonstrated the longest fully controlled trapped-ion chain reported to date, a string of 200 ions, and its design treats the processor as a set of dynamically reconfigurable ion clusters rather than one fixed register, which is the architectural primitive behind its scaling roadmap. Quantum Art raised a Series A that grew to $140M, led by Bedford Ridge Capital with Battery Ventures and others, bringing total funding to roughly $164M. The capital funds the Perspective system, a 1,000-qubit multi-core machine aimed at practical quantum advantage, and Quantum Art is the deepest hardware bet among the Israel quantum companies.

quantum-art.tech →

Quantum Source

Photonic fault-tolerant computing · Rehovot, Israel · Founded 2021

Quantum Source is the Rehovot-based photonic-hardware vendor founded in 2021, and it is building a path to fault-tolerant quantum computing using photons as qubits. The company’s ORIGIN engine relies on deterministic photon-atom interactions to generate the entangled photonic states that a large-scale photonic computer needs, which addresses the probabilistic-photon-source problem that has historically limited the modality. Quantum Source has raised more than $77M, including a $50M Series A led by Eclipse with Dell Technologies Capital among the backers, and its roadmap targets a photonic machine compact enough to sit in a standard data centre. As one of two Israeli photonic-quantum efforts and a candidate for the planned joint United States-Israel quantum fund, Quantum Source anchors the photonic layer of the Israel quantum companies ecosystem.

qs-labs.com →

QuamCore

Superconducting scaling architecture · Herzliya, Israel · Founded 2022

QuamCore is the Haifa-based superconducting-hardware vendor founded in 2022, and it is tackling one of the hardest engineering problems in quantum computing, the question of how to fit a very large number of qubits inside a single dilution refrigerator. Conventional superconducting designs hit a wall because every qubit needs its own control wiring, and the heat load and physical bulk of those cables cap how many qubits one fridge can hold. QuamCore is developing an integrated-control architecture intended to place on the order of one million qubits in a single cryostat, which would remove the multi-fridge networking problem entirely for systems of that size. The company raised a seed round of roughly $9M to prove out the approach, and it represents the long-horizon superconducting bet among the Israel quantum companies.

quamcore.com →