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

The State of Quantum 2026 report reveals that the quantum computing sector has transitioned from a focus on system access to the development of practical organizational capabilities. While 89% of enterprises report hands-on engagement with quantum technologies, only 3% have achieved scaled deployment, highlighting a significant gap between exploration and production. This shift is critical as early movers are currently establishing structural advantages in workforce expertise and intellectual property that latecomers may find impossible to replicate before fault-tolerant systems arrive around 2030.

The fourth annual industry study, drawing on data from 2021 through Q1 2026, introduces the Quantum Readiness Index to measure buyer preparedness across workforce, innovation, investment, and adoption dimensions. The global cohort currently scores 58 out of 100, placing the market in a "Developing" tier where hiring and pilot programs are more advanced than proprietary output. Despite nearly universal enterprise engagement, the report notes that only 9% of surveyed organizations have a dedicated, resourced intellectual property program. This lack of specialized IP development persists even as investment in the sector surged to $8.3 billion in 2025—a fivefold increase over the previous year—driven by larger deal sizes and a shift toward public markets, including IQM’s own planned listing on the Nasdaq via a merger with Real Asset Acquisition Corp. (RAAQ).

A significant change in procurement strategy is emerging, as serious buyers move away from simple qubit counts toward deeper technical integration and transparency. Approximately 46% of buyers now expect on-premises or hybrid infrastructure to be part of their model within three years, compared to just 24% who favor public cloud access alone. Industry leaders, including Alex Challans of The Quantum Insider and Jan Goetz of IQM, emphasize that the market is moving past the "black-box" era. Organizations are now prioritizing the ability to calibrate machines and integrate them with existing systems to build internal expertise. This shift is supported by interviews with major entities such as Airbus, BMW, Moderna, and Deutsche Bahn, all of whom are navigating the transition from experimental pilots to building durable capability.

The report identifies human capital and algorithm design as the primary bottlenecks for the sector, rather than hardware immaturity. Over 66% of large enterprises and government buyers cited a lack of skills as their most consistent barrier, noting that workforce training typically requires a two-to-five-year lead time. With vendor roadmaps for fault-tolerant quantum computing converging on a 2029 to 2031 window, the study warns that the intervening years are a critical period for accumulating operational experience. Because quantum advantage is built incrementally through specific algorithms and trained personnel, organizations waiting for a clear signal to begin may find themselves unable to close the gap once commercial-grade products become available at the end of the decade.