IQM Says 89% of Firms Test Quantum but Only 13% Reach Production

2 articles · Updated · The Quantum Insider · Jun 18

58 out of 100 — IQM’s new Quantum Readiness Index rates the global market only “Developing,” even as 89% of surveyed organizations report hands-on quantum work and just 13% report any production deployment.
107 senior practitioners and 19 interviews underpin the report’s main finding: hiring, budgets and pilots are advancing faster than scaled use, while only 9% of organizations have a resourced quantum intellectual-property program.
66% or more of large enterprises, universities and government buyers cite skills shortages as the biggest barrier, with algorithm design also outranking hardware limits and workforce training taking two to five years.
$8.3 billion flowed into quantum computing in 2025 — nearly five times the prior year — as buyers shifted from qubit counts toward transparency, calibration access, integration and co-development support.
2029 to 2031 is the fault-tolerant window on major vendor roadmaps, the report says, making the next few years critical for organizations to build talent, integration experience and proprietary know-how.

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The Quantum Insider1d ago

IQM Report: Quantum Computing Shifts to Capability Era; 89% Engage, 13% Production

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New Industry Study Finds Quantum Computing Has Entered a Capability Era, With Early Movers Building an Advantage Later Entrants Will Struggle to Close | Technology | postregister.com

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Quantum Computing 2026: IQM’s U.S. Breakthrough, $8.3B Investment Surge, and the Race to Production-Ready Applications

Overview

In 2026, IQM Quantum Computers reinforced its leadership in the quantum computing industry by achieving major milestones, most notably the deployment of its first U.S. quantum computer at Oak Ridge National Laboratory (ORNL). This system, officially operational as of June 17, 2026, marks a significant advancement in integrating quantum technology with high-performance computing environments. The deployment not only expanded ORNL’s advanced computing capabilities but also strengthened its position as a key research infrastructure. These achievements highlight IQM’s commercial traction and technological strength, demonstrating its pivotal role in driving the adoption of quantum computing.

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