From Orbit to Economy: Vietnam’s Emerging New Space Opportunity

On 13 March 2026, Vietnam inaugurated the Vietnam National Space Center (VNSC) at Hoa Lac High-Tech Park, a more than VND7 trillion investment that brings together satellite development, operations, ground infrastructure and space-data capabilities. The center represents Vietnam’s culmination of years of accumulated satellite-technology capability and marks an important transition from building the foundations toward operating and progressively mastering space technologies. 

This transition comes as the global space economy itself evolving toward a broader New Space model, beyond traditional launch systems and satellites toward the connectivity, positioning, Earth-observation data and applications they enable. Projected to grow from US$630 billion in 2023 to US$1.8 trillion by 2035 by World Economic Forum (2024), the sector is increasingly creating value across industries globally.  

Vietnam remains at an early stage of this transition, but several enabling elements are beginning to come together. As infrastructure, technical capability and data availability deepen, space has the potential to evolve from a predominantly scientific and strategic domain into a broader infrastructure and data layer for the economy, while continuing to generate strategic, societal and national value beyond direct industry revenues. Against this backdrop, the article examines four areas: the definition and economics of New Space; Vietnam’s current space landscape; the country’s space-enabled value opportunities and the conditions required to capture them; and the outlook for Vietnam’s space economy. 

1. New Space: The Global Shift in the Space Economy 

At the global level, the space economy is shifting from a predominantly government-led, asset-centric model toward a broader New Space ecosystem built around commercial participation, data and downstream applications.  Historically, the sector was largely organized around government-funded missions, with national space agencies and research institutions developing rockets, satellites and scientific programs. In the emerging New Space model, that foundation remains, but the ecosystem is broadening private companies increasingly share investment and technology risk, commercial services become more prominent, and value is created across more interconnected hardware, software, data and service activities (Baber & Ojala, 2024). 

This transition is also changing where economic value is generated within the space economy. McKinsey (2024) distinguishes between the space economy’s “backbone”, core infrastructure and services such as satellites, launch systems and positioning, and its “reach,” where space-enabled capabilities support revenues across industries such as mobility, logistics, agriculture, communications and insurance. Baber and Ojala (2024) identify seven internal value chains, alongside an aggregated value chain that connects the broader ecosystem. 

Vietnam’s space development to date has largely been a story of backbone formation. Over the past two decades, six satellites across communications, Earth observation and domestic engineering have progressively expanded the country’s upstream capabilities, with LOTUSat-1 marking the next step in that trajectory. As the following section details, this capability build-up provides the foundation for the next opportunity: moving downstream into data integration, analytics and applications. 

2. The Emerging Landscape in Vietnam 

Vietnam’s current space landscape is the result of nearly two decades of progressive capability building. Since the adoption of its first national space-technology strategy in 2006, the country has expanded from satellite communications and Earth observation into domestic satellite engineering, ground infrastructure, data processing and, more recently, broader commercial participation. 

According to VNSC, an early symbolic milestone came in 1980, when Pham Tuan became the first Vietnamese citizen in space. The institutional foundation developed more materially from 2006 onward: the National Satellite Center was established in 2011, construction of the Vietnam Space Center began in 2012, and domestic satellite-development capability advanced through PicoDragon, MicroDragon and NanoDragon. Vietnam has also deployed larger communications and Earth-observation assets—including VINASAT-1, VINASAT-2 and VNREDSat-1, while the approximately 600 kg LOTUSat-1 represents a further step in the scale and sophistication of its Earth-observation capability. 

Vietnam’s Space Development Journey - Source: VNSC 

Against this backdrop, three developments suggest that Vietnam is beginning to move from capability accumulation toward ecosystem formation and commercial utilization. 

First, infrastructure is moving from construction toward utilization. The significance of the new VNSC is the consolidation of previously separate capabilities, research, satellite integration and testing, mission operations, ground infrastructure, data processing and training, within a national platform. At its inauguration, the Government explicitly called for the center to help form a satellite-data services market and space-technology application ecosystem, while expanding real-time Earth-observation analysis and shared satellite-data infrastructure (Vietnam Journal of Science and Technology, 2026). 

Second, Vietnamese government policy is increasingly supporting the shift from capability building toward ecosystem formation and commercialization. Under Decision 169/QĐ-TTg (2021), the Government of Vietnam set targets not only for satellite and ground-system capability, but also for ~300 specialists, 3,000 engineers and 10 specialized laboratories, while explicitly promoting markets for Earth-observation imagery, satellite transmission, navigation and data processing. This direction was reinforced by Resolution 57-NQ/TW (2024) and Decision 1131/QĐ-TTg (2025), which further elevated space within Vietnam’s national strategic-technology agenda and strengthened the policy basis for broader market development and private-sector participation. 

Third, Vietnam’s market structure is beginning to broaden from a public-sector-led base toward a more diverse mix of established operators, domestic private entrants and international service providers. In satellite communications, VNPT remains the incumbent, as the government-designated investor and operator of VINASAT-1/2. Domestic private participation is only beginning to emerge: VinSpace, established in 2025, plans to develop and operate satellites and has contracted SpaceX for its first 2027 launch, while CT Verse is building adjacent satellite, RF and radar capabilities. At the downstream connectivity layer, Starlink entered commercially in August 2026 with a trial cap of 600,000 subscribers, and Amazon has separately proposed US$570m of Kuiper-related investment. This remains small relative to Vietnam’s broader connectivity market, 25.62m fixed-broadband subscriptions as of May 2026, meaning Starlink’s full trial allowance would equal only ~2.3% of the current fixed-broadband base. The emerging picture is therefore less about immediate market-share shifts and more about a gradual broadening of participation across the value chain. 

Taken together, these shifts indicate that Vietnam’s space economy is beginning to enter a new stage of development. An important question is whether the capabilities accumulated to date can translate beyond satellite development and deployment into scalable commercial applications and companies on Earth. Answering that question requires shifting the lens from what Vietnam has built to where those capabilities can generate economic value, and what will determine whether that value can be captured. 

3. Vietnam’s Space-Enabled Value Opportunities and Conditions for Capture 

In New Space, value increasingly extends downstream into data, services, applications and intellectual property. Against that backdrop, three potential economic value pools stand out for Vietnam: Earth observation and geospatial intelligence; connectivity, navigation and space-enabled services; and enabling technologies and adjacent technology development. 

3.1. Earth observation and geospatial intelligence.  

The clearest near-term opportunity is to move from imagery to decision-ready intelligence. Vietnam already has a sizeable underlying user base for Earth-observation data: according to VAST, VNREDSat-1 supplied nearly 30,000 image scenes between 2020 and May 2026, supporting natural-resource and environmental management, research, socio-economic applications and national security. The commercial opportunity is one layer further downstream turning those observations into recurring analytics, alerts and vertical applications for agriculture, climate and disaster risk, infrastructure, maritime activity and energy. This follows a broader New Space pattern identified by Baber and Ojala, where growing data volumes and AI-enabled processing are creating new businesses in asset tracking, risk assessment, agriculture and specialized data services.

3.2. Connectivity, navigation and space-enabled services.  

A second pool is beginning to develop into an addressable commercial market. Starlink began accepting orders in Vietnam in August 2026, with separate residential and corporate plans, after receiving licences for fixed and mobile satellite telecommunications earlier in the year; the initial deployment permits four gateway stations and up to 600,000 user terminals. This creates opportunities beyond selling satellite bandwidth itself, including enterprise resilience, remote-area connectivity, IoT, logistics and maritime services. Baber and Ojala similarly identify direct-to-cell connectivity, asset tracking and resilient positioning as emerging New Space business models. 

3.3. Enabling technologies and intellectual property.  

A third opportunity lies in participating in the technology stack around space rather than only in end-user applications. New Space creates demand for electronics, power systems, materials, onboard computing, software and systems integration, while proprietary engineering can be monetized through products, patents and licensing. Private-sector entry in Vietnam is beginning to provide an early market signal: VinSpace, established in late 2025 with initial capital of about US$11.4 million, is pursuing satellite design and manufacturing, launch management, operations and space-data services, and has contracted SpaceX to launch its first satellites in 2027. Over time, this could create demand for domestic components, software and engineering IP with applications both within space and in adjacent technology markets. 

3.4. Conditions for value capture 

Capturing these opportunities will depend on whether Vietnam can convert its growing space capabilities into commercially viable products, companies and markets. Four conditions are particularly important: 

• Turn data into a commercially actionable input. Earth-observation value depends not merely on access to imagery, but on frequency, latency, reliability and interoperability with complementary datasets.  

• Build capability at the technology–industry interface. The critical gap is not aerospace engineering alone, but the ability to combine remote sensing, AI, software, systems integration and domain expertise into solutions that address specific customer needs.  

• Make regulation market-enabling and investment-grade. Private capital requires clarity around licensing, spectrum, data rights, security and technical standards. Beyond governing space activity, regulation must establish credible rules for infrastructure access, data commercialization and service deployment, reducing uncertainty for investors and operators.  

• Create repeatable demand that can crowd in private capital. Space businesses typically face high upfront technology costs and uncertain early demand. Public procurement, anchor contracts and PPP structures can help establish initial markets, but sustainable value capture ultimately depends on recurring customers and revenues beyond one-off government projects. 

4. What will define Vietnam’s next phase in New Space? 

New Space is shifting the economics of the sector from government-led asset building toward a broader ecosystem of data, services, applications and private participation. Vietnam is still early in that transition: after nearly two decades of building satellite, ground-system and technical capabilities, the country is beginning to move from capability accumulation toward commercial utilization. The most credible value pools sit in Earth observation and geospatial intelligence, connectivity and navigation, and enabling technologies and IP. Capturing them, however, will depend on whether Vietnam can convert infrastructure into commercially actionable data, build stronger technology–industry interfaces and multidisciplinary talent, establish market-enabling and predictable regulation, and create repeatable demand that can mobilize private capital. 

The next phase should therefore focus less on adding isolated space assets and more on strengthening the connective tissue of the ecosystem. A central challenge is not access to technology alone, but the ability to link data, productization, talent, regulation, capital and end-market demand into scalable businesses. Success may ultimately be measured less by the number of satellites launched or facilities built, and more by whether space capabilities generate recurring commercial revenues, domestic IP and companies, and measurable productivity or resilience gains across the wider economy. 

References: 

Baber, W. W., & Ojala, A. (2024). Exploring emerging business model value chains in New Space. Springer Nature. https://link.springer.com/chapter/10.1007/978-981-97-3430-6_7 

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McKinsey & Company. (2024). Space: The $1.8 trillion opportunity for global economic growth. https://www.mckinsey.com/industries/aerospace-and-defense/our-insights/space-the-1-point-8-trillion-dollar-opportunity-for-global-economic-growth 

Ministry of Agriculture and Environment. (2025). Vietnam at a “golden moment” for space technology development. https://mae.gov.vn/khcn-doi-moi-sang-tao-va-chuyen-doi-so/viet-nam-truoc-thoi-diem-vang-de-phat-trien-cong-nghe-vu-tru-19078.htm 

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Vietnam Academy of Science and Technology. (2026). VNREDSat-1 system continues operation into its 14th year. https://vast.gov.vn/web/vietnam-academy-of-science-and-technology/tin-chi-tiet/-/chi-tiet/vnredsat-1-system-continues-operation-into-its-14th-year-149926-871.html 

Vietnam Journal of Science and Technology. (2026). Vietnam Space Center: Transitioning from foundation building to mastering space technology. https://vjst.vn/trung-tam-vu-tru-viet-nam-buoc-chuyen-tu-khoi-tao-nen-tang-sang-lam-chu-cong-nghe-khong-gian-84893.html 

Vietnam Law Library . (2021). Decision No. 169/QD-TTg: Strategy for the development and application of space science and technology through 2030. https://thuvienphapluat.vn/van-ban/Cong-nghe-thong-tin/Quyet-dinh-169-QD-TTg-2021-Chien-luoc-phat-trien-ung-dung-khoa-hoc-cong-nghe-vu-tru-den-2030-464757.aspx 

Vietnam National Space Center. (2018). Mission and vision. https://vnsc.org.vn/vi/gioi-thieu/su-menh-va-tam-nhin/ 

World Economic Forum. (2024). Space economy set to triple to $1.8 trillion by 2035, new research reveals. https://www.weforum.org/press/2024/04/space-economy-set-to-triple-to-1-8-trillion-by-2035-new-research-reveals/