Quantum Art’s Roadmap: Scalable Commercial Quantum Advantage by 2027, Million Qubits by 2033

Insider Brief

• Quantum Art has unveiled a roadmap to build a one-million physical qubit trapped-ion quantum computer by 2033, aiming for quantum advantage by 2027 with a 1,000-qubit system.
• The company’s architecture is based on multi-qubit gates, optical segmentation, dynamic core reconfiguration, and high-density 2D layouts to enable scalable, compact, and error-corrected systems.
• Its rollout includes a 50-qubit Quantum-as-a-Service platform in 2025, followed by progressive system generations targeting thousands of logical qubits and commercial applications in finance, logistics, and materials discovery.

Quantum Art, a developer of full-stack quantum computers based on trapped-ion qubits and a proprietary scale-up architecture, today announced the release of its technology and product roadmap targeting 1,000 Qubits and  Quantum Advantage by 2027 and a 1M physical qubit system by 2033. The roadmap also includes the 2025 introduction of a 50-qubit system, and the rollout of an ultra-dense 2D architecture system in 2029 that will scale from 12,000 to 40,000 physical qubits and support thousands of logical qubits by 2031.

The company’s approach is centered around four core technological pillars: multi-qubit gates capable of executing the equivalent of up to 1,000 two-qubit operations in a single step; optical segmentation of long ion chains into independently operating cores using laser-defined boundaries; dynamic reconfiguration of multi-core arrays for rapid entanglement generation and distribution; and modular, high-density 2D structures that allow physical qubits to scale efficiently within compact footprints. The result is systems with up to 100 times more gates per second, 100 times more parallel operations, and a footprint up to 50 times smaller than leading competitor roadmaps, enabling faster progress toward Quantum Advantage, greater algorithmic complexity, and robust quantum error correction.

Quantum Art’s first-generation system, the Montage series, is scheduled for introduction in 2025 and will offer a Quantum-as-a-Service platform of up to 50 qubits as early as Q1’26. This will be followed in 2027 by the Perspective series, featuring 1,000 physical qubits and up to 100 logical qubits. Perspective is expected to demonstrate Commercial Quantum Advantage and will introduce the company’s full architecture stack at scale. In 2029, the roadmap marks the launch of the Landscape series, an ultra-dense 2D quantum processing unit featuring 12,000 qubits, scaling to 40,000 qubits and thousands of logical qubits by 2031. Finally, the Mosaic series, anticipated in 2033, will reach one million physical qubits within a 50x50mm² footprint, enabling fully fault-tolerant quantum computing for high-impact applications across materials discovery, finance, logistics, defense, and beyond.

“We have already demonstrated the core building blocks of our architecture in the lab, including multi qubit gate operation, segmented multi-core operation, dynamically reconfigurable segmentation, and scalable system control” said Dr. Amit Ben-Kish, CTO and co-founder of Quantum Art. “Together with our proprietary compiler, these technologies enable high-speed, robust execution across large-scale systems, all without the need for photonic links or ion shuttling”.

“The release of our roadmap reflects both the maturity of our technology and the confidence we have in our architectural approach,” said Dr. Tal David, CEO and co-founder of Quantum Art. “These achievements paired with our deep understanding of the issues of quantum scaling only further our belief that our approach represents the strongest viable path to true scalability in quantum computing”.

Quantum Art is a spin-off from Prof. Roee Ozeri’s group at the Weizmann Institute of Science, which has spent the past 20 years developing advanced techniques for implementing multi-qubit and robust quantum gates using coherent control methods. The company is led by a team of internationally recognized experts in trapped-ion-based quantum computing, large-scale system engineering, and quantum market strategy. For more information, visithttps://www.quantum-art.tech