Vietnam’s decision to allocate 10,000 billion VND toward joint research infrastructure marks a significant pivot in the country’s approach to science and technology development. The plan, set to unfold by 2030, envisions the creation of eight national laboratories and four testing centers designed to serve as shared platforms for universities, businesses, and research institutions. This initiative reflects a broader ambition: to transform fragmented, unit-specific facilities into a cohesive ecosystem capable of driving strategic technology breakthroughs and commercialization.

The Ministry of Science and Technology has outlined a framework where each laboratory could receive 500 billion VND in funding, while each testing center might be allocated 1,500 billion VND. These figures remain conceptual, subject to refinement based on proposals from ministries and organizations. What distinguishes this effort from earlier generations of research infrastructure is the emphasis on shared access. Instead of siloed facilities serving individual institutions, the new model encourages collaboration, enabling businesses to leverage advanced testing and prototyping capabilities without bearing the full burden of investment or enduring long payback periods.

The shared operation mechanism is expected to be finalized in early 2027, with sustainability built into the design. Beyond initial capital, the plan accounts for maintenance, upgrades, and reinvestment through revenues generated from scientific services and measurement activities. The state will continue to provide funding to ensure continuity, but the expectation is that laboratories and testing centers will evolve into semi-autonomous hubs of innovation.

The rationale for this investment is clear. A survey of 113 research centers and laboratories revealed that, over five years, they produced more than 5,500 academic papers but only 390 inventions and 622 technology transfer contracts. The disparity underscores a bottleneck: while research output is strong, the infrastructure to translate discoveries into market-ready products remains inadequate. By bridging this gap, the new system aims to accelerate the journey from laboratory to marketplace.

Strategic allocation of resources will be tailored to the readiness of each field. Established domains such as biotechnology, robotics, and automation will see upgrades to existing equipment, while emerging sectors like high-speed rail and ocean technology will receive new investments. Performance targets will be embedded into the approval process, requiring laboratories and centers to deliver measurable outcomes in terms of products, intellectual property, and enterprise formation. Units failing to meet benchmarks after three to five years may face reassignment to more capable operators.

Industry voices have welcomed the policy shift. Assoc. Prof. Dr. Truong Ngoc Kiem of Hanoi National University emphasized the need to move from asset management to research capacity management, urging that laboratories be evaluated not only by investment levels but by their contributions to training, commercialization, and business partnerships. He highlighted the inefficiencies of past infrastructure, where expensive equipment often served narrow institutional needs, leaving broader potential untapped. His call for a shared platform, transparent device listings, and clear delineation of ownership and usage rights reflects the practical challenges of multi-party collaboration.

Local authorities echo this sentiment. Le Thanh Son, deputy head of Hanoi’s high-tech zone management board, stressed that shared infrastructure must be organized into accessible capabilities with clear supply conditions. The goal, he argued, is to form a chain linking research demand with testing and application capacity, ensuring that investment translates into tangible technological progress.

The Ministry of Science and Technology plans to announce project selection processes later this year, targeting implementation in 2026–2027. By 2030, Vietnam aims to have a fully operational shared infrastructure system, one that not only supports domestic innovation but positions the country as a competitive player in strategic technologies.

Industry experts have emphasized the importance of shifting from asset management to research capacity management. They argue that laboratories should be evaluated not only by the size of their investments but by their contributions to training, commercialization, and enterprise formation. Local authorities echo this sentiment, stressing that shared infrastructure must be organized into accessible capabilities that link research demand with application capacity.

The timeline is ambitious, with project selection expected to begin in 2026 and full implementation by 2030. If successful, Vietnam will not only strengthen its domestic innovation ecosystem but also position itself as a competitive player in strategic technologies.