Quantum computing enters capability era as early movers build advantage
The State of Quantum 2026 report indicates a shift in the quantum computing market from accessing systems to building capability, with 89% of enterprises engaged but only 3% achieving scaled deployment. Investment surged to $8.3 billion in 2025, driven by procurement rather than speculation. The report highlights skills and algorithm design as primary barriers, with early movers poised to secure significant advantages.

*this image is generated using AI for illustrative purposes only.
The quantum computing industry has transitioned from an access phase to a capability era, where early adopters are establishing advantages that later entrants will struggle to overcome, according to the State of Quantum 2026 report. Published by IQM Quantum Computers and researched by The Quantum Insider, the study finds that while 89% of surveyed enterprises are hands-on with quantum, only 3% have reached scaled deployment. This gap highlights the challenge of converting access into usable capability before the anticipated arrival of fault-tolerant systems between 2029 and 2031.
The report introduces the Quantum Readiness Index, scoring the global cohort at 58 out of 100, placing it in the "Developing" tier. This score reflects that while hiring, budget, and pilots are advancing, proprietary output and scaled deployment lag behind. Only 9% of organizations report a resourced intellectual property program. The data indicates that serious buyers are moving past qubit counts to focus on system integration, calibration access, and retaining developed capability.
Investment and Market Dynamics
Capital inflows into quantum computing have surged, with the sector drawing $8.3 billion in investment in 2025, nearly five times the previous year. The report attributes this increase to genuine procurement rather than speculation, driven by larger deal sizes rather than a higher volume of deals. A structural shift toward public markets is evident, with seven quantum computing companies completing SPAC mergers since 2021, and a second wave continuing through 2025 and into 2026.
| Metric | Value |
|---|---|
| Investment in 2025 | $8.3 billion |
| Hands-on enterprises | 89% |
| Limited production use | 10% |
| Scaled deployment | 3% |
| Quantum Readiness Index | 58/100 |
Barriers and Strategic Shifts
The primary constraint facing the industry is no longer hardware but skills, cited by 66% or more of large enterprises, universities, and government buyers. Algorithm design is the second major barrier. The report notes that workforce training requires two to five years, making immediate action critical for organizations aiming to be ready for fault-tolerant computing.
Procurement criteria are evolving to prioritize openness, calibration access, and co-development quality. Sovereignty requirements in Europe and the Gulf are further reinforcing the need for local data residency and host-country control. The report finds that black-box systems are becoming incompatible with buyers focused on building internal capability.
Vendor Landscape
Based on transaction data from 2021 to Q1 2026, IQM leads vendors with 19% of quantum computing contracts. The company also leads in national high-performance computing (HPC)-quantum deployments between 2025 and Q1 2026, with nine installations across six countries. IQM is currently nearing its planned listing on the Nasdaq Global Select Market through a merger with Real Asset Acquisition Corp.
How will the anticipated arrival of fault-tolerant systems between 2029 and 2031 impact the valuation of companies currently leading in NISQ-era deployments?
Will the shortage of quantum-skilled labor prompt increased consolidation between hardware vendors and software firms to secure necessary talent?
How might the shift away from black-box systems toward open architectures alter the competitive landscape for proprietary quantum players?





























