TEL AVIV, Israel, Nov. 04, 2026 (GLOBE NEWSWIRE) — Qarakal Quantum today announced the company will join esteemed quantum computing experts from around the world in Cannes, France, for the inaugural World Quantum Cannes Festival. The event brings together subject matter experts, industry end users, policy makers and investors to transform breakthrough science into real-world impact across business, industry and society.
WHAT: Quantum computers are evolving from a monolithic model focused on integrating individual components to a fully scalable computer architecture composed of building-block modules. Realizing this vision requires a natively fault-tolerant interconnect that allows separate quantum modules to operate as one computer. At World Quantum Cannes Festival, Qarakal Quantum will deliver a keynote presentation illustrating a modular, von Neumann–like fault-tolerant quantum computer architecture.
WHO: Presenter Sheir Yarkoni is a quantum computing researcher and Director of Quantum Software at Qarakal Quantum, where he leads advanced research and development at the intersection of quantum algorithms, quantum error correction and hardware-aware quantum architecture.
WHEN: Wednesday, November 18, 10:40 a.m. local time.
WHERE: World Quantum Cannes Festival, Palais des Festivals and Congrès de Cannes, Conference Room #2.
WHY: Qarakal Quantum’s Pangaea quantum computer architecture is a von Neumann–like system approach that orchestrates specialized quantum processing, memory and control to bring fault tolerance to reality for scalable architectures. This keynote presentation will focus on Qarakal’s quantum bus – the technology that connects these modules and makes the modular architecture possible.
About Qarakal Quantum
Qarakal Quantum is redefining superconducting quantum computing with an architecture-first approach built for quantum computing’s next inflection point as the field shifts from laboratory progress to practical industry-scale use. While much of the industry remains focused on adding more qubits, Qarakal Quantum is focused on what comes next: quantum computers that scale as integrated systems and perform on real-world workloads. Its modular, full-stack platform combines proprietary superconducting qubit design, quantum software and application-level adaptation with an architecture that assigns dedicated physical resources to distinct computational roles – the same principle that enabled classical computing to scale. Qarakal Quantum’s modular three-dimensional Pangaea architecture connects specialized quantum modules through an IP-protected quantum bus and routing motherboard, enabling hardware specialization at system scale. The result is fewer qubits for fewer operations and less noise, faster quantum algorithm execution and a deployable platform built for scientific, industrial and dual-use applications. For more information, follow Qarakal Quantum on LinkedIn or visit www.qarakal.ai.
Media Contact:
Rainier Communications
Michelle Allard McMahon
qarakal@rainierco.com
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