Vietnam’s recent push into quantum technology marks a decisive moment in its broader innovation agenda, signaling both ambition and pragmatism. At the Launching Ceremony of the Vietnam–Asia Quantum Summit 2026, the National Innovation Center (NIC) outlined a vision that goes beyond rhetoric: building a synchronized ecosystem where research, talent, businesses, and markets converge to create value from quantum science. Deputy Director Vo Xuan Hoai emphasized that Vietnam must engage early, while the global quantum landscape is still being shaped, to avoid being a passive participant in the next technological revolution. This is not simply about catching up—it is about positioning the country as a contributor to the emerging rules of the game.
The NIC’s strategy is multifaceted. It includes organizing a major conference in November that will serve as a hub for policy discussions, investment dialogues, and technology exhibitions. The goal is to connect Vietnam with established quantum centers across Asia and beyond, fostering collaboration in research, training, and pilot applications. This approach reflects a recognition that quantum technology is not a solitary pursuit; it thrives on networks of expertise, shared infrastructure, and cross-border partnerships. By embedding itself in these networks, Vietnam seeks to accelerate its domestic capacity while simultaneously gaining credibility in the international quantum community.
Regional voices underscore the importance of this integration. Experts from the Chinese Academy of Sciences highlighted Asia’s growing role in the global quantum ecosystem, while Russian representatives from Rosatom pointed to active cooperation programs ranging from talent development to joint research. European perspectives, such as those from the University of Paris-Saclay, stressed the need to connect Vietnam’s young workforce with international universities and businesses. These endorsements suggest that Vietnam’s initiative is being taken seriously, and that its efforts could catalyze new opportunities for regional collaboration.
Domestically, the foundations are already being laid. Quantum technology has been classified as a national strategic priority, and the establishment of VNQuantum in 2025 created a formal network linking scientists, universities, startups, and businesses. This institutional scaffolding is critical: it ensures that Vietnam’s quantum ambitions are not confined to policy statements but are supported by tangible structures that can nurture innovation. The country is also preparing for the post-quantum cryptography era, signaling awareness of both the opportunities and risks inherent in this field.
Vietnam’s quantum technology initiative is not without formidable challenges, and its trajectory will depend on how effectively the country can navigate them. The first and most pressing obstacle is talent. Quantum science demands a highly specialized workforce—physicists, mathematicians, engineers, and computer scientists trained in disciplines that are still evolving. Vietnam’s education system must adapt quickly, not only by producing graduates with relevant skills but also by fostering interdisciplinary collaboration. Without a deep reservoir of talent, the ambition to build a synchronized ecosystem risks being undermined by capacity constraints.
Infrastructure presents another hurdle. Quantum research requires advanced laboratories, stable funding streams, and access to cutting-edge equipment. These are capital-intensive investments, and Vietnam must balance them against other national priorities. Building infrastructure is not just about physical facilities; it is also about creating digital and regulatory frameworks that support experimentation, protect intellectual property, and encourage commercialization. The mid-run challenge will be ensuring that these frameworks are robust enough to attract both domestic and foreign investment, while the long-run challenge lies in sustaining them through cycles of technological disruption.
Equally critical is the issue of trust and credibility. Quantum technology is a frontier field where breakthroughs are rare and failures common. For Vietnam to be taken seriously as a partner in global networks, it must demonstrate reliability in research outputs, governance, and business practices. This requires transparency, adherence to international standards, and a culture of scientific integrity. Overcoming this challenge will take time, but it is essential if Vietnam wants to embed itself in multinational collaborations rather than remain on the periphery.
Financial sustainability is another dimension. Quantum initiatives often begin with government funding, but long-term viability depends on private sector engagement. Vietnam must cultivate startups and enterprises willing to take risks in quantum applications, from cryptography to materials science. This means creating incentives for venture capital, ensuring access to global markets, and reducing barriers to commercialization. The mid-run challenge will be bridging the gap between research and market-ready products, while the long-run challenge lies in scaling those products globally.
Finally, Vietnam must contend with the geopolitical realities of quantum technology. As nations race to secure quantum capabilities, competition will intensify, and collaboration may be tempered by strategic concerns. Vietnam’s ability to maintain open partnerships while safeguarding national interests will be tested. This balancing act will require diplomatic agility and a clear articulation of how Vietnam’s contributions fit into the broader regional and global ecosystem.
