

An exploration of how breakthroughs in quantum physics are evolving into practical quantum computing infrastructures that enable real-world enterprise innovation. The inaugural Silicon Valley edition convenes the global quantum hardware ecosystem — IBM, Rigetti, QuantWare, Infleqtion, SEEQC, Qolab, and 30+ confirmed speakers — for a single-day summit focused on the engineering challenges of building scalable, fault-tolerant quantum systems.
32+ executive-level speakers from the world's leading quantum hardware companies, government programmes, and research institutions.































































The programme is organised around the engineering frontiers separating today's prototypes from tomorrow's deployable, fault-tolerant quantum platforms.
Scaling superconducting qubit systems toward fault tolerance, the 1-million-qubit roadmap, and the engineering bottlenecks defining present-day quantum processors.
Moving beyond siloed accelerators toward quantum-centric supercomputing — and the practical roadmap for fault-tolerant, hybrid quantum-classical workflows.
Adopting semiconductor-grade processes to deliver higher-quality qubit fabrication — and the foundry partnerships unlocking scale.
Quantum-enhanced precision measurement beyond the diffraction limit — from Earth observation to physical AI systems.
How early adopters define quantum use cases, measure ROI, and partner with hardware and software providers to translate potential into business value.
The Day 1 programme is organised around seven focused sessions — from the opening fault-tolerance keynote to the closing customer-perspective fireside.
An exploration of the diverse hardware, software, and infrastructure approaches converging to accelerate the development of scalable, fault-tolerant quantum computers.
An exploration of how breakthroughs in quantum physics are evolving into practical quantum computing infrastructures that enable real-world enterprise innovation and transformation.
A concise look at how breakthroughs in quantum research are converging with scalable fabrication techniques to accelerate the transition from lab-scale experiments to commercially viable quantum technologies.
A focused exploration of how cutting-edge quantum research is being translated into deployable, production-ready systems that bring quantum capabilities from the lab into real-world applications.
A focused look at the engineering breakthroughs, control systems, materials, and infrastructure innovations required to design, build, and scale reliable quantum processors from lab prototypes to production-ready platforms.
A curated spotlight on breakthrough technologies and emerging innovations shaping the future of quantum computing, from early-stage concepts to impactful, real-world applications.
An inside look at how early adopters evaluate quantum technologies, define real-world use cases, measure ROI, and partner with hardware and software providers to translate quantum potential into business value.
Sunnyvale, California · 23 April 2026. The summit hosts delegates at the Plug and Play Tech Center, with the Santa Clara Marriott as the preferred hotel for attendees.
Additional rooms may be available at updated rates, subject to hotel confirmation. Please contact the ISIG team if you require assistance with accommodation.
Attendance is intentionally limited to preserve the quality of executive dialogue. Each pass tier corresponds to a specific delegate type — register directly via theisig.com.
Attendance is intentionally limited to preserve the quality of executive dialogue. Register a delegate pass via theisig.com — or reach out directly about sponsorship.
Keynotes, panels, networking and the GQIG Awards — captured from the floor.
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