The Netherlands has launched an ambitious national strategy to become a global quantum technology leader by 2035, placing technological sovereignty, cybersecurity and industrial competitiveness at the centre of its economic and national security agenda.
The government-wide Quantum Strategy, approved by the Council of Ministers and submitted to Parliament, sets out plans to accelerate commercialisation, strengthen domestic supply chains and reduce reliance on quantum technologies developed outside the European Union.
The initiative reflects growing European concerns that breakthroughs in quantum computing could concentrate economic and strategic power among countries controlling critical hardware, software and intellectual property.
For the Netherlands, the challenge is translating its established research capabilities into commercially viable systems before international competitors dominate emerging markets.
The government has already committed nearly €615 million through the National Growth Fund’s Quantum Delta NL programme, supporting research, industrial development and the country’s expanding quantum ecosystem.
However, policymakers recognise that scientific leadership alone will not guarantee industrial success.
The new strategy proposes additional public and private investment, continued research support and direct government procurement to accelerate technology adoption.
A central role will fall to the National Agency for Disruptive Innovation, which will help position government as an early customer for emerging quantum applications.
That approach could provide Dutch companies with the commercial demand needed to move beyond laboratory prototypes into industrial production.
Quantum technologies promise advances in computing, secure communications and precision sensing, with potential applications spanning pharmaceuticals, energy systems, logistics, navigation and defence.
Yet the same capabilities present substantial security risks.
Future fault-tolerant quantum computers could undermine widely deployed public-key encryption systems, potentially exposing sensitive government information, financial transactions and critical infrastructure.
The strategy therefore prioritises cyber resilience, responsible military applications and closer European cooperation on security standards and technological governance.
Economic Affairs and Climate Minister Heleen Herbert said government intervention was essential to balance innovation with national security, public values and strategic autonomy.
The industrial implications extend beyond quantum processors themselves.
Commercial quantum systems depend on complex supply chains incorporating cryogenic refrigeration, precision engineering, photonics, advanced electronics and specialist software.
These are sectors where Dutch manufacturers already possess significant expertise, giving the country an opportunity to capture value across the quantum technology stack.
Holland High Tech, which has supported public-private quantum partnerships since 2018, argues that collaboration between research institutions, start-ups, scale-ups and established manufacturers will determine whether the strategy succeeds.
Its managing director, Leo Warmerdam, highlighted the importance of building an interconnected national ecosystem rather than relying on individual technology champions.
The government’s commitment to becoming an early customer could prove particularly important for smaller developers struggling to secure commercial contracts.
Nevertheless, scaling experimental hardware into reliable industrial platforms remains expensive and technically demanding.
The central test will be whether Dutch quantum research becomes a sustainable domestic industry before global competitors establish commanding positions across tomorrow’s computing infrastructure.
