The Netherlands has positioned itself as a significant player in the quantum technology sector, achieving remarkable growth in both investment and innovation over a relatively short period. Bolstered by significant funding and a thriving ecosystem, the country now ranks second globally in quantum computing, sensing, and communication. This elevation in status reflects the Netherlands’ increasing influence within the high-tech arena, an aspiration driven by both public and private efforts.
Investment in the Dutch quantum technology sector has seen a significant rise, with funding growing from €10 million in 2019 to €160 million in 2025. This escalation in investment is a testament to the country’s commitment to advancing quantum technologies. Historically, the Netherlands has been relatively conservative in tech investments compared to giants like the U.S. and China. However, recent reports indicate that international investors, recognizing the potential of this burgeoning market, have shifted their focus towards Dutch startups such as QuantWare and Qblox. This shift suggests a growing confidence in the Netherlands’ role within the global quantum landscape.
How Has the Dutch Ecosystem Matured?
The Dutch quantum arena has matured swiftly, with substantial growth in both jobs and startups. In 2025, the sector supported 735 jobs, marking a significant increase from previous years. Startups have risen to 29, and private investments have surged by 1,600%, indicating rapid development within the industry.
Can The Netherlands Maintain Its Momentum?
The sustainability of this growth depends on stable, long-term investments. Quantum Delta NL underscores the necessity for funding beyond 2028 to maintain its competitive edge. Philippe Bouyer states,
“We face a simple choice: watch while others call the shots, or build it here with our people, companies, and facilities.”
This statement highlights the need for continued support to ensure the Netherlands remains influential in this sector.
Quantum technology applications are increasingly evident in various sectors. For instance, a scalable multi-user network for critical communications has been established in the Port of Rotterdam. In healthcare, quantum sensors are deployed for sharper MRI scans. These applications showcase the transition from theory to practical implementation, a critical milestone for emerging technologies.
Despite these advancements, the international competition remains intense. Countries like China and the United States are making substantial investments to capitalize on potential benefits. Philippe Bouyer elaborates,
“In the coming years, we must turn knowledge into production, export, and strategic autonomy.”
This indicates an awareness of the global race towards technological dominance.
Quantum Delta NL plays a pivotal role in steering these developments, having been established to synchronize efforts across the Netherlands in quantum advancement. The organization connects major institutional players and aims to frame the Netherlands as a leader in Europe. By fostering an environment conducive to innovation, it seeks to amplify the country’s impact on the industry.
Securing the Netherlands’ position in quantum technology involves strategic planning and recognition of market dynamics. As the industry moves forward, it will be crucial for Dutch stakeholders to maintain momentum, ensuring they remain agile amid burgeoning international competition. It is essential for sustained collaboration, investment, and innovation to continue shaping the sector’s future. Creating a robust foundation now may enable the Netherlands to harness substantial returns in the coming decades.
