PART I.

Digital Infrastructure Investment: Divergent Growth Vectors in Russia and Vietnam

The global push towards digital sovereignty is channeling massive capital from both state and private sources into data center infrastructure in key emerging markets. In Russia, investment is characterized by large-scale, centralized, and strategically mandated projects, while Vietnam demonstrates rapid, market-driven expansion focused on AI and global connectivity. This dual trajectory highlights two distinct models for capitalizing on the digital economy.

Russia: State-Driven, High-Capacity Digital Expansion

The data center sector in Russia is experiencing a significant surge in investment, reaching a total of 53.5 billion rubles in 2026, marking a 27% increase year-over-year. This growth is fueled by national strategic initiatives and large corporate investments aimed at regional digital self-sufficiency. The investment landscape is dominated by several high-value, localized projects:

• Focus on the Moscow Region: The Moscow region campus represents a significant strategic push, involving 11 data centers with a total investment of 110 billion rubles.
• Mega-Projects: The Wildberries Dubna-M data center is a key component, with a 2 GW capacity and a 6.5 billion ruble investment.
• Regionalization: The focus extends beyond the capital, with the Erma data center in Perm receiving a 35 billion ruble investment, emphasizing regional support for AI and digital transformation.
• Investment in Telecommunications: Major players are committing substantial capital. Rostelecom has announced a 100 billion ruble investment for a new 100 MW data center. Separately, Cloud ru (formerly Sber) plans to invest 30 billion rubles in a data center in the Moscow Oblast, potentially exceeding current 56.1 MW capacity.

These efforts are part of the Mega-COUDs project, a component of the BRICS+ framework, which aims to expand AI infrastructure and digital networks through partnerships with BRICS nations, emphasizing energy efficiency and regional scalability.

Vietnam: Market-Driven Growth and Hyperscale AI Development

The data center market in Vietnam is poised for explosive growth, expanding from an estimated 104 MW capacity in 2025 to a substantial 589 MW by 2030. This expansion is driven by both local technology leaders and international interest in AI infrastructure. Key investments and market dynamics include:

• Hyperscale Commitment: The CMC Group has invested over $250 million to build a hyperscale data center in Ho Chi Minh City, approved by the Ho Chi Minh City High-Tech Park management board. This facility is designed to serve as a key node for digital infrastructure in the eastern part of the city.
• AI Specialization: An AI-dedicated data center project has been launched in Ho Chi Minh City, developed by a joint venture between Accelerated Infrastructure Capital (AIC) and Kinh Bac Development Corporation. This 50 MW facility, with a $2.1 billion investment, is expected to be completed by the end of the first quarter of 2027, focusing on GPU clusters.
• Global Interest: The country’s potential is attracting international attention, with Huawei expressing interest in establishing a data center, citing the growing demand for digital infrastructure in Vietnam.

Comparative Investment Overview

Indicators and Open Gaps

The primary indicator for monitoring digital growth in these regions is the capital expenditure (CapEx) rate versus the projected data center capacity growth. High and sustained CapEx in Russia, coupled with the rapid capacity increase in Vietnam, signals strong confidence in the digital future. However, several critical data gaps limit a comprehensive market maturity assessment:

• Vietnam’s Energy Source: Data regarding the energy source or sustainability profile for the hyperscale and AI data centers under construction in Vietnam are not provided.
• Russian Market Segmentation: While large investments are known, granular data detailing the percentage breakdown of investment between government/state-owned entities versus purely private and unlisted entities are lacking.
• BRICS+ Specifics: The BRICS+ collaboration is highlighted, but specific, quantifiable investment figures or timelines from partner nations (beyond Russia’s stated role) are missing.

PART II.

The Convergence of Developer Adoption and State-Driven AI Sovereignty in Emerging Markets

The current technological landscape in Southeast Asia and India is characterized by a dual acceleration: a rapid integration of Artificial Intelligence (AI) into the daily workflows of developers, coupled with proactive state-level efforts to establish comprehensive legal frameworks for digital sovereignty. This tension between decentralized, rapid adoption and centralized regulatory control defines the next phase of growth in the region.

Developer Adoption: High Penetration, Pragmatic Use

Developer activity across the region demonstrates a high degree of AI integration. According to the Agoda 2025 report, the adoption rate is substantial, indicating that AI is moving beyond experimental use to core productivity tools. The data indicates a mature but not yet saturated level of integration:

• Adoption Rate: 95% of developers in Southeast Asia and India use AI on a weekly basis.
• Skill Development: A significant 87% of these developers are actively engaged in continuous AI training, suggesting a workforce adapting to advanced technical requirements.
• Scope: The survey input covered key economies including Indonesia, Malaysia, Thailand, the Philippines, Singapore, Vietnam, and India, citing local business examples such as MoMo, Carousell, Omise, and SCB 10X.

This widespread and pragmatic use of AI suggests that the immediate growth opportunity lies in localized, industry-specific AI tools and infrastructure that support this high developer velocity.

Regulatory Response: Establishing Digital Sovereignty

In response to this rapid technological diffusion, nations are moving quickly to assert control over their digital ecosystems. Vietnam serves as a key example of this regulatory pivot, signaling a strategic shift towards national technological autonomy. Vietnam’s commitment to AI governance is evident through two distinct and recent policy actions:

1. Legal Framework Development (2025): The country is actively developing a comprehensive legal framework through the AI Law. This framework is explicitly designed to govern the use of AI, focusing on national security concerns alongside promoting technological innovation.
2. Sovereignty Strategic Plan (2026): Furthermore, Vietnam has announced a strategic plan for “AI sovereignty” in 2026. This plan positions the nation to become a regional leader in sovereign AI technologies, emphasizing national innovation and control over critical data.

This dual approach to regulation—establishing a law (2025) and articulating a national strategy (2026)—signals a commitment to managing AI growth from a state-controlled perspective, which is crucial for attracting foreign investment while mitigating the risks of data leakage.

Distributed Consequences and Open Gaps

The interaction between high developer adoption and state-imposed sovereignty creates a unique investment environment. Companies and policymakers must navigate the need for open and innovative tools while complying with increasingly stringent national data control mandates.

Key Indicators to Monitor:

• Inter-sectoral AI Tool Adoption Rate: The primary indicator to monitor is the inter-sectoral adoption rate of AI tools within regulated sectors in Vietnam.
• Missing Implementation Data: While the 2026 “AI sovereignty” strategic plan exists, specific models, technical parameters, or defined funding sources are not provided.
• Regulatory Specificity: Details of the 2025 AI Law are mentioned, but specific compliance requirements for international data transfer or cross-border AI model training remain undefined.
• Infrastructure Capacity: Data regarding the current energy capacity or data center density required to support the projected AI growth in Vietnam are unavailable.

PART III.

The Dual Axis of Global Industrial Realignment: Vietnam and BRICS Resilience

The global manufacturing landscape is characterized by two distinct, yet converging, trends: the strategic diversification of high-tech supply chains away from traditional hubs, exemplified by Vietnam, and the deepening of non-Western trade corridors, highlighted by the Russia-India economic partnership. These movements underscore a geopolitical shift that prioritizes regional self-sufficiency and alternative payment mechanisms.

Vietnam: Solidifying Position in the Global Semiconductor Value Chain

Vietnam is rapidly evolving into a critical node for high-tech manufacturing, attracting substantial foreign direct investment (FDI) and establishing specialized industrial clusters. This growth is fueled by significant investments in advanced components and battery materials.

Investment and Growth Metrics:

• The semiconductor industry is projected to reach $31.39 billion by 2029, growing at a compound annual growth rate (CAGR) of 11.48%.
• The broader semiconductor supply chain is expected to reach $31.28 billion by 2027, driven by 170 projects with registered foreign investment totaling $11.6 billion in capital.
• In 2025, Vietnam attracted $6.9 billion in FDI, representing a 35.5% year-over-year growth.

Strategic Industrial Anchors:

Investment is highly concentrated in specific high-growth areas:

• Battery Materials: POSCO Future M has committed over $400 million to build a battery materials plant at the KCN Sông Công 2 Viglacera in Thái Nguyên, with construction starting in mid-2026. This facility will focus on positive electrode materials, with an annual capacity of 55,000 tons, marking the first foreign-owned battery materials production plant in Vietnam.
• Electronic Components: The Vinatech ES plant (Phase 1) represents a $45 million investment, specializing in high-tech components such as supercapacitors and hydrogen fuel cell systems, with operations scheduled for 2026.
• Global Manufacturing Hubs: The country’s attractiveness is further demonstrated by significant investments, including a $1 billion project by Meiko Electronics (Japan) for PCB manufacturing, and substantial FDI inflows into specialized zones, such as the $4 billion Da Nang Free Trade Zone and the $1.16 billion investment in Dong Nai.

BRICS Trade Dynamics: De-dollarization and Energy Security

The Russia-India trade relationship demonstrates a clear pivot away from Western financial mechanisms, emphasizing local currencies and commodity exchange.

Trade Volume and Currency Shift:

This trade growth model, which has seen the total volume quintuple since 2020, confirms the creation of robust non-dollar-denominated trade corridors.

Indicators and Open Gaps

Key Metrics to Monitor:

• FDI Concentration in Vietnam: Monitor the percentage of FDI inflows directed towards high-tech clusters (e.g., Binh Duong province, Da Nang) compared to general manufacturing sectors.
• Local Currency Penetration: Track the percentage of bilateral trade (e.g., Russia-India) conducted in local currencies (RUB/INR) to quantify the pace of de-dollarization.
• Semiconductor Project Pipeline: Track the conversion rate of registered foreign investment capital (currently $11.6 billion) into operational capacity within the 170 projects.

Observed Gaps and Anomalies:

• Data Center Capacity: While the Russian data center market shows growth (reaching 3.6 GW in 2024), current data on energy capacity and grid stability supporting the rapid expansion of high-tech manufacturing in Vietnam are lacking.
• Vietnam’s Export Diversification: While the electronics sector is strong (US$126.5 billion in 2024), specific data on the percentage contribution of components not related to semiconductors and mobile devices to the overall export value are needed for a comprehensive picture of industrial resilience.