World Quantum Day 2026

The Full-Stack Advantage: Delivering Business Outcomes with Quantum

IonQ is leading the transition into the fault-tolerant era as the industry’s first vertically integrated, full-stack quantum leader. Spanning computing, sensing, networking, and quantum-safe security - now backed by dedicated design and mass-manufacturing capabilities following the SkyWater Technology acquisition - IonQ is delivering full-spectrum quantum capabilities at enterprise scale.

Watch the full NYSE webcast replay, review executive presentation decks, and discover how breakthroughs like our new Superion 256 system, Electronic Qubit Control (EQC) architecture, and comprehensive cybersecurity posture solutions are accelerating technical roadmaps and driving updated 2026 guidance.

On-Demand Webcast & Event Materials
Webcast Replay: Watch full leadership keynotes and executive presentations live from the New York Stock Exchange.
Investor Presentation Deck: Access the comprehensive deck featuring product roadmaps, Superion 256 architecture details, EQC scaling projections, and updated FY2026 financial guidance.
Keynote & Session Highlights: Explore focused video clips on vertical integration, the SkyWater foundry advantage, quantum security posture management (QSPM), and enterprise commercial applications.

Niccolo de Masi

Chairman & CEO, IonQ
Test

Chris Balance

Vice President, Quantum Solutions
Cutting Engineering Simulation Costs Today

Thomas Sonderman

SVP, Global R&D
Lightsynq Cofounder & CEO
Empowering the Entire Quantum Hardware Ecosystem

Jordan Shapiro

CEO, IonQ Italia
SVP, Special Projects
Quantum Computing Meets Wall Street

Inder Singh

Sr. Director, Applications Development
The Quantum Edge in Enterprise AI

Mihir Bhaskar

SVP and Tech Lead
Quantum is Now

Chad Sakac

Chairman & CEO
The Full-Stack Advantage: Delivering Business Outcomes with Quantum

A better standard for quantum benchmarking

Most quantum benchmarks stop at hardware specs and small-scale tests. IonQ's framework goes further — measuring whether a quantum system can solve real computational problems accurately, against a verified quality standard.Results are standardized, publicly reproducible, and evaluated across systems on equal terms. All benchmark code is openly available for use across quantum computing platforms.
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