The quantum computing (QC) market is no longer the domain of futuristic visions alone. According to the latest Quantum Readiness Report 2026, prepared by QuEra Computing, the industry has entered a phase of mature pragmatism. Data collected from nearly 300 experts from 25 countries paints a picture of a sector where enthusiasm is giving way to cool economic calculation and the strategic need for sovereignty.
Budgetary stability as a signal of maturity
A breakdown of planned expenditure figures for 2026 shows an interesting trend of stabilisation. 46% of organisations intend to keep budgets unchanged, while 44% plan to increase them. Only 10% anticipate cuts. In the context of deep-tech, such results show that quantum computing has become a permanent fixture on the roadmaps of companies and state institutions.
However, a key change has occurred in motivations. Only 9% of respondents point to the success of pilot projects as the main reason for increasing investment. This means that the market is no longer driven by ad hoc laboratory successes. Investment is now seen as part of a long-term strategy to build technological resilience, rather than as an attempt to quickly monetise solutions that are not yet mature.
Management criteria: From fascination to ROI
Internally, there is a noticeable disconnect between engineering staff and management (C-level). While technical teams seek to accelerate the development of specific algorithms, business decision-makers apply increasingly stringent evaluation criteria.
Investments in quantum technologies are now being subjected to a classic capital allocation and profitability analysis. The time of ‘non-punitive’ research and development (R&D) spending without clearly defined milestones is coming to an end. Boards are demanding evidence that the technology not only works in theory, but has a credible scaling path to high-performance systems. A market of around a hundred quantum companies faces a brutal selection: those that demonstrate both scientific robustness and financial stability will survive.
Table: Key motivators and barriers to investment in 2026
Sectoral reshuffle: the state takes the lead
| Category | A key factor | Percentage share / Importance |
|---|---|---|
| The main driver of growth | State programmes and defence | 28% indications |
| Purchase criterion | Technological sovereignty | 62% of decision-makers |
| The biggest barrier | Shortage of qualified staff | 37% (highest score) |
| Leading sectors | Administration, defence, pharma | Strongest growth in 3 years |
The biggest surprise of the analysis is the change in adaptation leaders. The financial sector, which for years was seen as the main beneficiary of quantum algorithms (e.g. in portfolio optimisation or arbitrage), is now showing far-reaching reticence. Only 5% of experts see finance as a growth engine. The industry seems to be adopting a wait-and-see strategy, hoping for the emergence of completely fault-tolerant quantum computing systems.
The leader was the public sector and defence (24% of indications). This is because, for states, quantum computing has become part of critical infrastructure and national security. In second place are large corporations (20%) and the pharmaceutical and life sciences sector (11%), where molecular simulations promise breakthroughs that are achievable even on systems with limited error correction.
Geopolitics and technological sovereignty
Purchasing decisions in 2026 are no longer made in a political vacuum. As many as 62% of respondents actively consider technological sovereignty when choosing suppliers. A clear transatlantic divide is being drawn here:
- United States: Dominance of a market-driven, results-oriented approach and global expansion.
- European Union: Focus on building regional competences and secure local supply chains.
For non-European companies wishing to operate in the local market, building local partnerships is becoming not so much an option as an operational requirement.
Bottleneck: People more important than hardware
A surprising finding from the report is that it is not imperfect hardware or a lack of algorithms that is the biggest obstacle to the industry’s growth. The shortage of skilled workers came to the fore (37%).
A particularly critical area is quantum error correction (QEC). The transition from Noisy Intermediate-Scale Quantum (NISQ) computers to stable computing systems requires specialists combining expertise in quantum physics, systems engineering and theoretical computer science. Academic education, despite its rapid growth, has not kept pace with the speed at which industry is trying to commercialise the technology.
Market observations lead to three key conclusions for business leaders:
- Vetting of suppliers: Bet on companies that can scientifically prove the path to fault-tolerant systems, rather than just showcasing the performance of current processors.
- Investment in human resources: the greatest advantage will be built by those organisations that invest in internal competences and training programmes now, rather than relying on easy access to the labour market in the future.
- Regionalisation of strategies: Deployment planning should take into account the increasing emphasis on data and technology sovereignty, particularly for projects in EU jurisdictions.
The year 2026 is a time of ‘quantum sobering’. The industry is moving away from the speculative phase and entering a period of systematic value creation. This is good news for long-term investors and the technology sector – stabilising budgets while increasing demands is a classic symptom of a maturing market that is preparing for a real economic revolution.
