QED-C Reports $1.9 Billion Quantum Market as Venture Capital Nearly Triples and Workforce Pivots to Commerce

April 20, 2026 – The Quantum Economic Development Consortium (QED-C) has released its State of the Global Quantum Industry 2026 report, providing the most comprehensive data-driven snapshot of the quantum technology sector as of the end of 2025.

The headline numbers: the global quantum technology market reached $1.9 billion in 2025, with quantum computing contributing $1.4 billion and quantum sensing adding $470 million. QED-C projects the quantum computing market will reach $3 billion by 2028 at a 30% annual growth rate, with quantum sensing reaching $1.1 billion at 32% growth over the same period.

Investment surged across both public and private channels. New government funding commitments in 2025 totaled $12.7 billion, a 310% increase over 2024, pushing cumulative global public quantum funding to an estimated $56.7 billion. Private venture capital reached $4.9 billion in 2025, up 192% from the prior year, with later-stage investment growing 320% on just six additional deals, indicating capital concentration in more mature quantum companies. U.S.-based companies captured more than $2.7 billion of total VC, roughly $1 billion more than in 2024.

The industry now counts 7,420 quantum-engaged organizations worldwide, including 556 pure-play quantum companies (up 8% from 2024). The EU leads in the number of pure-play companies at 173, followed by the United States at 164, Canada at 59, and the United Kingdom at 56. The pure-play quantum workforce reached approximately 16,500 professionals, up 14% from the prior year, with 8,261 new quantum-related position openings posted in 2025.

On the patent front, nearly 70,000 active quantum-related patents exist globally, growing at 20% annually over the past five years. China accounts for 54% of global quantum patents, with filings increasing 42% from 2024 to 2025.

The full report also includes separate volumes on quantum computing and quantum sensing market forecasts, as well as a regional analysis covering global trends.

My Analysis

The QED-C report is the closest thing the quantum industry has to a credible annual census, and this year’s edition confirms several trends I have been tracking.

The most telling data point is not in the revenue figures or the investment totals. It is buried in the workforce composition chart on page 20. Operations roles climbed from fifth to second in concentration among quantum companies, business development ranked third, and the share of researchers dropped three percentage points from the prior year. Sales now accounts for 6.2% of quantum company headcount.

This is a structural signal. When an industry’s hiring shifts from researchers to salespeople and operations staff, the technology is crossing from laboratory to market, whether or not the products deliver on their ultimate promise. The quantum industry is building commercial infrastructure for machines that, as I mapped in my Quantum Utility Map series, have not yet demonstrated practical advantage for any commercially relevant problem.

The revenue distribution reinforces this picture. Nineteen percent of quantum computing companies now report more than $5 million in annual revenue, up from 11% in 2024. The fraction of companies with no sales at all dropped from 21% to 15%. More than half of companies expect revenue growth exceeding 11% in 2026, double the share that projected such growth a year ago. These are not numbers from a research sector. They are numbers from an emerging commercial market.

QED-C explicitly attributes the revenue growth to “increased emphasis of on-premises installations of larger systems.” This aligns with what I see across the procurement decisions I track: governments and enterprises are increasingly purchasing physical quantum hardware rather than relying solely on cloud access, for reasons ranging from data sovereignty to workforce development to procurement-cycle preparation. I covered the full logic behind this trend in my recent analysis of why organizations buy quantum computers despite no practical advantage.

A note on the China investment figure. The report lists China’s cumulative public quantum funding at $15.3 billion, representing 27% of global commitments. This figure originates from QURECA’s Quantum Initiatives Worldwide 2025 compilation. As I have discussed at length, Chinese quantum investment is genuinely unknowable. The $15.3 billion figure aggregates announced commitments across national and provincial programs, which may involve double-counting, and includes planned spending that may not have materialized. USTC physicist Chao-Yang Lu has suggested actual spending may be roughly one-third of publicized figures. Readers should treat this number with appropriate caution, as should anyone citing the QED-C report. Even at a third of the published figure, however, Chinese quantum spending would still be substantial.

The venture capital story is striking. A 192% increase in VC with only 25 additional deals means the average deal size roughly tripled. Later-stage investment grew 320% with just six more deals. This is concentrated capital flowing into proven companies, not a broad increase in startup formation. In fact, new pure-play company founding has declined from 83 in 2021 to 23 in 2025. The sector is consolidating around winners while overall investment accelerates.

The patent data also deserves scrutiny. China’s 54% share of global quantum patents continues to grow, with a 42% increase in filings from 2024 to 2025. As I noted in my China’s Quantum Ambition series, raw patent counts must be quality-adjusted: Chinese patents average 1.90 citations versus Germany’s 6.12, and one Chinese patent expert has estimated only 10% have market value. But the sheer volume, combined with China’s narrowing quality gap, makes this a trend worth watching.