Finance

The Economy and Technology Sector of Modern Vietnam

In-depth analysis of Vietnam's 2026 economy: semiconductor surge, $200bn tech revenue, FDI shifts, and regulatory updates.

Lang Son cityscape - Photo by Quang Nguyen Vinh

1.Summary

Vietnam in 2026 stands at a critical inflection point in its economic development trajectory. After nearly four decades of open-door policy, the country has accumulated over USD 550 billion in registered foreign direct investment and is now pivoting from a low-cost manufacturing base toward a regional hub for high-technology industries, including semiconductors, artificial intelligence, and digital services [13][15].

The digital economy contributed an estimated 14.02% of GDP in 2025, equivalent to approximately USD 72.1 billion in added value, up from 12.87% in 2021 [15][16]. The digital technology industry alone generated nearly USD 198 billion in revenue, with hardware and electronics exports reaching USD 178 billion [14]. Foreign direct investment into high-technology sectors, particularly semiconductors, electronics, and electrical equipment, accounted for more than 80% of new FDI in 2025, signalling a fundamental qualitative shift in the composition of inbound capital [12].

A suite of landmark legislative instruments, including the Law on Digital Technology Industry (effective 1 January 2026), the Law on Data (effective 1 July 2025), and the Law on Personal Data Protection (effective 1 January 2026), has established a comprehensive legal framework for digital economy development [5][22][23]. Concurrently, Resolution No. 10 (2026) sets ambitious targets for attracting USD 200–300 billion in registered FDI by 2030, with 75% expected from developed economies [13][18].

Vietnam's semiconductor strategy aims to develop at least 200 design enterprises, two manufacturing plants, and 15 packaging and testing facilities by 2030, with revenue targets exceeding USD 25 billion annually [3]. However, significant challenges remain: the venture capital ecosystem is undergoing a painful restructuring, with funding down approximately 30% in 2025 and concentrated in a small number of later-stage deals [20]; the workforce gap for semiconductor engineers is substantial relative to the 100,000-target by 2030 [3][13]; and the economy remains heavily reliant on exports, leaving it vulnerable to trade disruptions from US tariffs and geopolitical tensions [7][9].

This report provides a comprehensive analytical assessment of Vietnam's economic and technology sector transformation, examining macroeconomic fundamentals, FDI dynamics, digital economy development, semiconductor industrial policy, startup ecosystem evolution, regulatory frameworks, and geopolitical positioning. It concludes with a structured risk matrix and strategic recommendations for policymakers and international investors.

1. Macroeconomic Overview

1.1 GDP Growth and Projections

Vietnam's macroeconomic performance in 2025 exceeded most international forecasts [7]. For 2026, projections from major international financial institutions exhibit considerable divergence. The Asian Development Bank and ASEAN+3 Macroeconomic Research Office (AMRO) forecast growth of 7.2%, while the IMF projects 7.1% [8]. The World Bank and OECD offer more conservative estimates of 6.8% and 6.5%, respectively [8]. A separate World Bank forecast from mid-2026 placed GDP growth at 6.1%, with the ADB at 6.0% and the IMF at 5.6% [9]. This dispersion reflects differing assumptions about the impact of US tariff policies and global trade conditions.

The Vietnamese government, however, has signaled even greater ambition. The Ministry of Finance, in drafting the 2026 socio-economic development plan, set a GDP growth target of 10%, though this remains an aspiration rather than a consensus forecast [9]. The government's target is supported by the strong performance of 2025, with all 15 key targets met, GDP per capita reaching USD 5,000 (placing Vietnam in the upper-middle income group), and inflation controlled at approximately 4% [9].

1.2 Export Performance and Trade Dynamics

Exports surged by 14.2% in the first half of 2025, driven by robust demand for electronics, textiles, and machinery [7]. Total trade turnover exceeded USD 930 billion in 2025 [12]. However, this export-oriented growth model carries significant vulnerability. The United States imposed 20% duties on goods directly imported from Vietnam and 40% on "transshipped" products, effective 7 August 2025 [7]. The World Bank estimates that between 1.6% and 10.6% of Vietnamese exports to the US could be affected if broad interpretations of transshipment prevail [7]. Initial impacts were already observable, with exports to the US falling by 2% in August 2025, affecting textiles, wood products, and machinery [7]. Additional risks include economic slowdowns in the US and China (Vietnam's largest trading partners) and prolonged geopolitical tensions in Europe and the Middle East [7].

1.3 Inflation, Fiscal Position, and Public Debt

Inflation has been maintained at approximately 3.3% on average in 2025, below the National Assembly's target [12]. The Vietnamese dong depreciated by 3.4% year-to-date in mid-2025, reflecting currency pressure amid high interest rate differentials between the US dollar and the Vietnamese dong [7]. Public debt remains below 34% of GDP, substantially under the statutory ceiling and providing meaningful fiscal space for countercyclical policy responses [7]. This prudent fiscal position is widely cited by international observers as a key source of macroeconomic resilience.

1.4 Structural Transformation

Vietnam's economic structure continues its long-term shift away from agriculture toward manufacturing, services, and now technology-intensive activities. Private consumption accounts for over 65% of GDP and remains a key growth pillar [7]. The services sector is experiencing robust recovery, with nearly 14 million international visitors in the first eight months of 2025, up almost 30% year-on-year [7]. Industrial production maintained strong momentum, with a 9.9% surge in the final quarter of 2025, while the processing and manufacturing sector expanded by nearly 11% [12]. The Purchasing Managers' Index rebounded sharply toward the end of 2025, suggesting that investor optimism has outweighed concerns over global trade risks and reciprocal tariffs [12].

2. Foreign Direct Investment Landscape

2.1 Aggregate FDI Flows

Total registered FDI in 2025 exceeded USD 38.4 billion, the second-highest annual figure since Vietnam began attracting foreign investment [13]. Disbursed FDI reached USD 27.6 billion, up 9% year-on-year and the highest level in five years [12]. As of June 2026, Vietnam had nearly 47,000 valid foreign-invested projects with total registered capital of nearly USD 550 billion [13]. The cumulative figures underscore the depth of Vietnam's integration into global production networks over nearly 40 years of open-door policy.

Newly registered FDI declined by 12.2% compared with 2024, reflecting investor caution amid global market volatility [12]. However, adjusted capital rose by 0.8% and capital contributions and share purchases surged by 54.8%, indicating that existing investors are expanding their commitments through capital increases, equity injections, and mergers and acquisitions [12]. This pattern suggests sustained confidence among established investors even as new entrants exercise greater caution.

2.2 Sectoral Composition and High-Technology Shift

The most significant development in Vietnam's FDI landscape is the qualitative shift toward high-technology sectors. New FDI in 2025 was concentrated predominantly in processing and manufacturing, particularly high-tech sectors such as semiconductors, electronics, and electrical equipment, which accounted for more than 80% of total new investment [12]. Foreign-invested enterprises now contribute approximately 78% of Vietnam's export turnover [12]. Global investment is shifting rapidly toward AI, semiconductors, data centers, cloud computing, high-tech medical equipment, renewable energy, and the digital economy [13].

Large-scale R&D centers from Samsung in Hanoi and multi-billion dollar expansion projects from Intel and Apple exemplify this trend [10]. The Vietnam Association of Foreign Investment Enterprises (VAFIE) projects that the country could attract USD 40 billion in FDI annually during 2026–2030 [13]. However, most FDI projects remain concentrated in processing and assembly, with low localisation rates and limited spillover effects to domestic enterprises [13]. Technology transfer, R&D, and high-quality human resource training have progressed slowly, and in many localities, competition for investment still relies largely on land and tax incentives rather than technology, resource efficiency, or contributions to the domestic business ecosystem [13].

2.3 Resolution No. 10 and the New FDI Strategy

Resolution No. 10, issued by the Politburo on 8 June 2026, represents a strategic inflection point in Vietnam's FDI policy [13][18]. The resolution directs a fundamental shift from a mindset of "attracting capital" to "developing a strategic investment foundation," aiming to make Vietnam a leading manufacturing, service, and innovation hub in Asia by 2045 [18]. During 2026–2030, Vietnam aims to attract USD 200–300 billion in registered capital and USD 150–200 billion in disbursed capital [18]. Approximately 75% of new investment is expected to come from developed economies with strengths in technology, capital, and modern governance [13][18].

The resolution targets at least three leading global technology corporations to establish headquarters or R&D centres in Vietnam, and aims for 10,000 domestic businesses to participate deeply in global supply chains, with localization rates in key industries reaching 40–50% [13][18]. The resolution emphasises that development of the foreign-invested sector must go hand in hand with strengthening the economy's strategic self-reliance, production capacity, technological capability, and competitiveness [13]. It also firmly states that Vietnam will not sacrifice the environment, resources, or economic security for the sake of growth [18].

3. Digital Economy and Technology Industry

3.1 Digital Economy Contribution and Growth

Vietnam's digital economy has emerged as a core pillar of national growth. In 2025, the sector contributed an estimated 14.02% of GDP, equivalent to approximately USD 72.1 billion in added value, marking a 1.64-fold increase from the USD 43.8 billion recorded in 2020 [16]. The share of the digital economy's added value rose from 12.87% of GDP in 2021 to 14.02% in 2025, averaging about 13.2% over the period [15]. Of this total, the core digital economy accounted for 8.42% of GDP (approximately USD 43.3 billion), while digitalisation of other sectors contributed 5.05% [15].

The core digital economy includes electronic product manufacturing, computing, telecommunications, software development, and data processing, sectors that serve as the technological backbone of the broader economy [15]. Vietnam now counts approximately 80,000 active digital technology firms, up sharply from 58,000 in 2020 [16]. Within the services sector, the digital economy's share of GDP ascended to 7.2% from 6.5% in 2020 [16].

3.2 Digital Technology Industry Performance

The digital technology industry solidified its role as a major economic driver in 2025, delivering performance that substantially exceeded targets. Total revenue reached an estimated USD 198 billion, marking a 26% increase from 2024 and surpassing the annual target by 16% [14]. GDP contribution reached 1.075 quadrillion VND (nearly USD 40.9 billion), up 10% from 2024 [14]. Operational efficiency remained strong, with profits estimated at over 371 trillion VND [14]. Hardware and electronics exports reached USD 178 billion, representing a 35% year-over-year increase and surpassing the annual target by 12% [14].

E-commerce achieved exceptional growth, with revenue estimated at USD 36 billion in 2025, tripling the 2020 level and maintaining 22–25% annual growth, the highest in the region [14]. Vietnam's digital economy in gross merchandise value was worth approximately USD 39 billion, posting an expansion of 17%, the second fastest growth in Southeast Asia [14].

3.3 Regional Concentration and Disparities

Digital economy development is highly concentrated geographically. Among 34 provinces and cities surveyed, only four had digital economies contributing over 20% of gross regional domestic product: Bac Ninh (46.30%), Thai Nguyen (29.53%), Phu Tho (22.71%), and Hai Phong (22.28%) [15]. Bac Ninh's exceptionally high share reflects the concentration of high-tech industries and electronic component manufacturing in the province [15]. In contrast, Hanoi (17.34%) and Ho Chi Minh City (13.43%) lag in proportional terms due to their large, diversified economic bases, though in absolute value and in their pioneering roles in digital services, the sharing economy, and innovative startups, these two cities remain key market leaders [15].

3.4 Challenges and Constraints

Despite rapid growth, the digital economy faces structural challenges. Minister of Science and Technology Nguyen Manh Hung noted that Vietnam's digital economy in 2025 remained largely focused on digitising existing processes rather than fully shifting to new growth models [14]. While the digital share of GDP grew rapidly, local value creation was limited by reliance on foreign platforms, and many small and medium-sized enterprises were not fully integrated into digital supply chains [14]. The sector remains heavily tilted toward digitising legacy industries rather than forging entirely new growth models, and domestic added value stays limited, tethered closely to foreign-invested companies and cross-border platforms [16].

Meeting the ambitious goals set in Resolution No. 57, a digital economy share of at least 30% of GDP by 2030 and 50% by 2045, will demand more substantial progress fueled by breakthrough innovations [16]. The gap between the current 14% contribution and the 30% target spans several dozen percentage points of GDP, a formidable distance to cover [15].

4. Semiconductor Industry

4.1 National Semiconductor Strategy

Vietnam's semiconductor industry development strategy, approved in September 2024, outlines a phased approach through 2030 with a vision to 2050 [3]. Phase 1 (2024–2030) aims to utilise Vietnam's geopolitical advantages and human resources to attract selective FDI, with targets including 100 design enterprises, 10 packaging and testing plants, and annual revenue exceeding USD 25 billion by 2030 [3]. Phase 2 (2030–2040) focuses on developing the semiconductor and electronics industry through a combination of self-reliance and FDI, with goals of forming at least 200 design enterprises, two semiconductor chip manufacturing plants, and 15 packaging and testing plants [3]. By 2050, Vietnam aims to have a strong contingent of semiconductor personnel capable of joining the global value chain [3].

The strategy reflects Vietnam's ambition to enter the middle-income bracket by 2030 and become a developed country by 2045, with innovation and digital transformation viewed as "golden keys" to unlock the next phase of development [17]. The Lowy Institute notes that what sets Vietnam apart from other middle powers is a semiconductor strategy geared toward clear goals [17].

4.2 Foreign-Invested Semiconductor Projects

Major global semiconductor players have established a significant presence in Vietnam. Intel, Amkor, Hana Micron, Coherent, and VDL have all invested in Vietnamese facilities [13]. Domestic technology firms FPT Semiconductor and Viettel are also active in the ecosystem [13]. Samsung, Foxconn, NVIDIA, and Qualcomm have selected Vietnam as a manufacturing hub, bringing advanced technologies, management expertise, and workforce training [15]. The Ministry of Science and Technology launched the Vietnam National Multi-Project Wafer Coordination Center in June 2026, marking one of the few national-level facilities in Southeast Asia capable of supporting pilot chip production [3].

4.3 Investment Incentives

Vietnam offers a comprehensive package of investment incentives for semiconductor projects, including preferential corporate income tax rates, tax holidays, and land incentives [3][12][13]. In 2025, decrees on the establishment, management, and use of the High-Tech Investment Support Fund were promulgated, creating a strong attraction mechanism [10]. Businesses can receive support up to 50% of human resource training costs and 30% of R&D investment costs [10]. These incentives are designed to help the Vietnamese economy not only grow in quantity but also make a strong breakthrough in technological depth [10].

4.4 Workforce Development and the Engineer Gap

A critical constraint on Vietnam's semiconductor ambitions is the workforce gap. The national strategy aims to train and develop 100,000 engineers for the semiconductor industry by 2030 [3][13]. However, the current supply-demand gap remains substantial, and the quality of training is uneven [13]. No peer-reviewed source was identified for the precise current number of semiconductor engineers in Vietnam, but industry analysts consistently highlight the shortage as a binding constraint on faster industry growth [13]. The Law on Digital Technology Industry obligates the state to adopt policies to support workforce development, including scholarships, allowances, and five-year renewable working visas for foreign experts [22]. Capable Vietnamese nationals can qualify for employment in governmental agencies without examination, and the government provides residence and research funds and favourable personal income tax terms [22].

5. Startup and Venture Capital Ecosystem

5.1 Private Capital Market Overview

Vietnam's private capital market entered a new growth cycle in 2025, with both private equity and venture capital investments rebounding after a prolonged slowdown. Total private capital investment reached approximately USD 4.5 billion across 149 deals in 2025 [19]. Private equity led the recovery, hitting a record USD 4 billion, while venture capital investment rose 28% year-on-year to USD 509 million [19]. However, the number of VC transactions declined to 104, indicating that average deal sizes increased significantly [19].

Private equity mid-market investments recorded a historic high of 12 transactions, with essential consumer goods attracting USD 1.2 billion, the largest amount in a decade [19]. Growth equity investments posted their strongest recovery since 2021 [19]. International investors returned in greater numbers, with the number of active PE funds more than doubling to 48, the highest level since 2016 [19]. Singapore remained the leading source of VC investment, while investors from the US and Europe expanded their presence [19].

5.2 Venture Capital Contraction and Restructuring

Despite the broader private capital recovery, the venture capital segment experienced a sharp contraction in 2025. Total VC investment is estimated at approximately USD 215 million across 41 deals, down roughly 30% year-on-year. This downturn extends a correction trend that began after the market peaked in 2021. The decline reflects not only tighter global capital flows but also a shift in investor mindset following a five-year observation cycle; as earlier investments have started to deliver results, investors have become more cautious toward unproven business models and early-stage ventures [20].

Funding became increasingly concentrated. The top 10 deals accounted for as much as 72% of total invested value, with most going to relatively resilient sectors such as EdTech, ClimateTech, and retail and e-commerce. Transactions worth between USD 1 million and USD 5 million jumped from about 21% of deals in 2023 to roughly 41% in 2025, while small deals under USD 1 million continued to decline [20]. About 60% of resources were allocated to follow-on and bridge rounds, aiming to extend financial runways and strengthen operational efficiency rather than expand into new deals [20].

The failure rate among startups remains high, with only about 29.5% successfully securing funding in 2025 [4]. Notably, 70% of those that did raise funds reported generating revenue, underscoring the crucial need for evidence of market appeal as a prerequisite for capital access [4].

5.3 AI Investment Surge

A notable bright spot was the rapid rise of artificial intelligence investment. Funding for AI startups surged to USD 130 million in 2025 [19]. Between 2023 and 2025, AI investment increased thirteen-fold, while the number of transactions nearly doubled to 23 deals [19]. This trend underscores growing investor confidence in Vietnam's expanding AI startup ecosystem [19]. Beyond AI, health technology, retail technology, and climate technology also attracted increasing levels of investment, signalling a shift toward sectors linked to long-term economic transformation [19].

5.4 Future Outlook

VinVentures forecasts that venture capital inflows will recover gradually in 2026, though in a more selective manner, focusing on startups that have survived the rigorous screening of 2024–2025, possess clear business models, strong commercialisation capacity, and the ability to generate cash flows [20]. Boston Consulting Group estimates that Vietnam will need approximately USD 270 billion in additional capital annually through 2030 to sustain its economic growth ambitions, and with outstanding credit already equivalent to around 140% of GDP, much of the remaining funding gap will need to be filled by private capital [19]. BCG estimates that only 12–17% of Vietnam's financing needs are currently met through capital markets; this share will need to rise to at least 25% by 2030 [19].

6. Regulatory and Legal Framework

6.1 Law on Digital Technology Industry

The Law on Digital Technology Industry (No. 71/2025/QH15), passed by the 15th National Assembly on 14 June 2025 and effective from 1 January 2026, establishes a comprehensive legal framework for the digital technology industry in Vietnam [5][21][22]. The law covers artificial intelligence, semiconductors, the Internet of Things, cybersecurity, digital data, cloud computing, and 5G/6G [21]. For the first time, it defines and legally regulates digital assets (intangible assets in the electronic environment) and cryptographic assets (digital assets with transaction authentication) [21][22].

The law prohibits specific uses of AI, including systems that manipulate behaviour without users' awareness, exploit vulnerabilities, or classify individuals based on inferred characteristics [5]. It allows entrepreneurs to implement "sandbox" projects in digital industries to develop emerging technologies; individuals and entities implementing sandbox projects may be exempt from liabilities resulting from them if they had good motives, pursued common interests, and applied relief measures after incidents [22]. The law enables digital entrepreneurs to access nationally funded financial support programs and other nongovernmental loans and funds [22]. Organisations researching and developing digital technologies are given priority to use national laboratories and institutions, and corporations may increase their R&D spending to lower taxable income [22].

Workers in the digital industry can enroll in degree programs and vocational training programs with scholarships and allowances [22]. The law has been described by the Library of Congress as "establishing a legal framework to regulate digital assets and technology and spur growth in the sector" [22]. Experts assess that the law is a strategic step toward forming a digital technology industry ecosystem capable of competing in the region [21].

6.2 Law on Data

The Law on Data (No. 60/2024/QH15), effective from 1 July 2025, improves the legal framework for data and data management [24][25]. It governs general data-related activities and establishes requirements for cross-border processing and transfer of "critical data" (data potentially affecting national defence, security, foreign affairs, macroeconomic situations, social stabilisation, community health and safety) and "core data" (data directly affecting those areas) [24]. The list of critical and core data is specified by the Prime Minister under Decision No. 20/2025/QD-TTg [24].

6.3 Law on Personal Data Protection

The Law on Personal Data Protection (No. 91/2025/QH15), effective from 1 January 2026, focuses specifically on the protection of personal data [23][24][26]. The law comprises 39 articles and supplements and supersedes the existing Decree No. 13/2023/ND-CP [23]. Key requirements include mandatory Data Processing Impact Assessments (DPIAs) and Outbound Transfer Impact Assessments (OTIAs) [24]. Data controllers must prepare and retain DPIA reports within 60 days of commencing any personal data processing, while entities transferring personal data abroad must submit OTIA reports within 60 days of the first transfer [24]. Both assessment reports must be updated every six months or immediately upon significant operational changes [24].

The law introduces new prohibited activities compared to Decree 13, including using another person's personal data or allowing others to use one's own personal data to carry out unlawful acts, buying or selling personal data, and appropriating, intentionally disclosing, or losing personal data [26]. The law provides for substantial penalties for non-compliance [23]. Together, the Law on Data and the Personal Data Protection Law create a structured legal framework for data protection, emphasising Vietnam's commitment to safeguarding data as a strategic national asset in the digital era [24][25].

6.4 Supporting Legislation

In a remarkable legislative effort, the National Assembly passed ten laws related to science and technology in 2025, including the Law on Science, Technology and Innovation; the Law on Atomic Energy (amended); the Law amending certain articles of the Law on Product and Goods Quality; the Law amending certain articles of the Law on Standards and Technical Regulations; the Law on Digital Transformation; the Law on High Technology (amended); the Law amending certain articles of the Law on Intellectual Property; the Law amending certain articles of the Law on Technology Transfer; and the Law on Artificial Intelligence [11]. This represents a rare milestone in legislative activity, clearly demonstrating the determination to remove institutional bottlenecks [11]. Institutions once considered barriers have now become driving forces [11].

7. Geopolitical and Strategic Dimensions

7.1 Supply Chain Realignment and "China+1"

Vietnam has emerged as a primary beneficiary of global supply chain realignment driven by US-China trade tensions and the "China+1" diversification strategies of multinational corporations. Since 2018, semiconductor supply chains have shifted visibly from China to Southeast Asia, a trend accelerated by tariff wars [6]. Vietnam's geography, policy reforms, and global partnerships are reshaping its semiconductor landscape, positioning it as one of the most strategic technology and manufacturing hubs in the Indo-Pacific [6].

The United States has been particularly active in facilitating Vietnam's growth as a counterweight to China in semiconductor supply chains [17]. In February 2026, US President Donald Trump made a landmark decision to remove Vietnam from the US export control list, where it had been placed alongside China and Russia since the Cold War [17]. Once implemented, this would allow Vietnam to access cutting-edge technologies employed in making the most advanced chips [17]. Vietnam is also in talks with ASML, the world's sole manufacturer of Extreme Ultraviolet Lithography technology, to establish an R&D and semiconductor training centre [17].

7.2 Strategic Partnerships

Vietnam has elevated its relationships with key technology partners through Comprehensive Strategic Partnerships with the United States, Japan, South Korea, and others [10]. These partnerships have opened the door to "clean" and "modern" capital flows [10]. The Semiconductor Industry Association and SEMI have engaged with Vietnam on industry development [3]. However, the United States has also reportedly urged Vietnam to reduce its reliance on Chinese high-technology components as part of broader supply chain restructuring efforts [6].

7.3 Risks and Vulnerabilities

Vietnam's position in the global technology supply chain is not without substantial risks. The US's new tariff regime imposes 20% duties on goods directly imported from Vietnam and 40% on transshipped products. Ambiguities in the definition of transshipment are pressuring key export sectors. The World Bank estimates that between 1.6% and 10.6% of Vietnamese exports to the US could be affected if broad interpretations prevail [7]. US plans to impose 100% tariffs on imported chips would be a heavy blow to Southeast Asia's chip industry and could push the region closer to China [6].

Key supply-chain hubs including Vietnam, Singapore, Malaysia, Thailand, and the Philippines will probably be in the crossfire of escalating US-China technology competition [6]. Taiwan, a semiconductor supply-chain lynchpin, remains a potential flashpoint with global ripple effects [6]. Vietnam's economy remains heavily reliant on foreign direct investment, and the competitiveness of domestic businesses is weak [9]. Public investment, despite being boosted, is still hampered by slow disbursement and inconsistent quality [9]. Without changing the current model, Vietnam risks remaining a manufacturing base rather than becoming a regional hub for technology and innovation in global value chains [13].

8. Structured Risk Matrix

Risk	Likelihood	Potential Impact	Credible Mitigations
US tariff escalation on Vietnamese exports	High	High	Diversify export markets; accelerate free trade agreement utilisation; deepen domestic value addition to reduce transshipment exposure; develop ASEAN economic integration
Global semiconductor demand downturn	Medium	High	Maintain diversified semiconductor subsector exposure (design, packaging, testing); build domestic demand through digital transformation; develop dual-use capabilities
Workforce shortage in semiconductor and AI	High	Medium-High	Accelerate implementation of 100,000-engineer target; expand international university partnerships; increase R&D investment incentives; streamline foreign expert visa processes
Over-reliance on FDI with limited spillover	High	Medium	Implement Resolution No. 10 targets for domestic enterprise supply chain integration; mandate localisation requirements; strengthen technology transfer enforcement
US-China decoupling forcing alignment choices	Medium	High	Maintain strategic ambiguity and pragmatic foreign policy; develop domestic technological capabilities; diversify technology partnerships beyond US and China
Cyber security and data sovereignty risks	Medium	Medium	Implement Data Law and PDPL compliance frameworks; invest in national cybersecurity infrastructure; develop domestic cloud and data centre capacity
Venture capital "funding winter" persistence	Medium	Medium	Establish government-backed venture capital funds (as in Hai Phong Resolution 226); create dedicated exchange for innovative enterprises; improve exit mechanisms
Regional competition for high-tech investment	High	Medium	Differentiate through institutional reform speed; leverage geopolitical positioning; offer targeted incentives in semiconductors and AI; improve infrastructure quality

9. Strategic Recommendations

9.1 For Senior Economists and Policymakers

Accelerate institutional reform implementation. The legislative foundation (ten science and technology laws passed in 2025) is exceptional. The critical task is now implementation. Policymakers should establish clear implementation timelines, dedicate adequate budgetary resources, and create inter-ministerial coordination mechanisms to ensure the laws translate into practical improvements in the business environment [11].

Prioritise workforce development as a binding constraint. The 100,000 semiconductor engineer target by 2030 is ambitious given current supply. Policymakers should expand university-industry partnerships, increase scholarships for STEM education, streamline accreditation for international engineering programs, and create targeted immigration pathways for foreign experts [13][22].

Deepen domestic enterprise integration into global supply chains. Resolution No. 10's target of 10,000 domestic businesses participating in global supply chains requires active intervention. Policymakers should establish supplier development programs, provide technical assistance for quality and certification, and create financial incentives for FDI-domestic enterprise joint ventures [13][18].

Manage external risks through export diversification. Vietnam's vulnerability to US tariffs and China slowdowns requires active export market diversification. Policymakers should intensify free trade agreement utilisation, develop new trade relationships with India, the Middle East, and Latin America, and support domestic industries in building brands and distribution channels beyond contract manufacturing [7][9].

Bridge the digital economy gap to 2030 targets. Moving from 14% to 30% digital economy share of GDP by 2030 requires a step-change in policy ambition. Policymakers should prioritise domestic platform development, data localisation strategies, and SME digital adoption programs to reduce reliance on foreign platforms and increase domestic value capture [15][16].

9.2 For International Investors and Technologists

Enter semiconductors through packaging and testing first, design later. Vietnam's semiconductor strategy explicitly targets packaging and testing as the initial entry point, with design capabilities to follow. Investors should consider establishing or expanding packaging and testing operations to capitalise on incentive packages, while positioning for design centre development as the workforce matures [3][13].

Leverage the new legal framework for regulatory advantage. The Law on Digital Technology Industry, Law on Data, and Personal Data Protection Law create both compliance obligations and opportunities. Investors should conduct thorough DPIA and OTIA assessments early, engage with regulators proactively, and consider the sandbox provisions for emerging technology development [22][24].

Target AI and climate technology for venture investment. The thirteen-fold increase in AI investment between 2023 and 2025 signals strong momentum [19]. Climate technology, health technology, and retail technology also show increasing investment traction [19]. Investors should focus on later-stage companies with demonstrated revenue and clear business models, as the venture market has become highly selective [20].

Develop R&D capabilities beyond assembly. Vietnam's aspiration to move beyond manufacturing requires significant R&D investment. Investors should establish or expand R&D centres to access incentives (up to 30% R&D cost support), build local technical talent, and secure long-term positioning as Vietnam moves up the value chain [10][13].

Monitor geopolitical risk actively. Vietnam's position between the US and China requires active geopolitical risk monitoring. Investors should maintain diversified supply chain exposure, avoid over-concentration in any single export market, and engage with Vietnamese policymakers on trade and technology policy developments [6][7].