UNCTAD Digital Economy Report 2024–2025: Indicator Matrix
The UNCTAD Digital Economy Report 2024–2025 highlights a critical turning point where the "immaterial" digital world meets physical planetary limits. As global digitalization accelerates, this matrix tracks the intensifying nexus between data-driven growth and the environmental footprint of the minerals, energy, and water required to sustain it. While the digital economy continues to outpace traditional GDP growth, the following benchmarks reveal a sharpening divide: a "G2" dominance in high-value software and hardware, a surge in South-South trade integration, and a pressing need for a circular digital economy to manage the escalating crisis of e-waste and resource depletion.
UNCTAD Digital Economy Report 2024–2025: 258 Indicator Metrix
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 1 | Digital Services Exports | United States | 13% of Global Market |
| 2 | Tech Market Capitalization | United States | $12.5 Trillion (Top 5 Firms) |
| 3 | South-South Digital Trade | China | $381 Billion (Annual) |
| 4 | Business Web Presence | Finland / Netherlands | 94% of Businesses |
| 5 | E-commerce Sales (B2B/B2C) | Ireland | 45% of Total Turnover |
| 6 | Supercomputing Capacity | United States | 161 Units (in Top 500) |
| 7 | 5G Infrastructure Coverage | China | 2.3 Million Base Stations |
| 8 | Global Tech R&D Spend | United States | 49% of Top 100 Spenders |
| 9 | E-waste Generation (Per Capita) | Developed Economies | 3.25kg per person (Avg) |
| 10 | Critical Mineral Supply (Cobalt) | DR Congo | 55% of Global Reserves |
| 11 | AI Readiness Index Score | USA / Singapore | 80+ / 100 |
| 12 | ICT Goods Exports | China | 26% of World Total |
| 13 | Data Center Power Intensity | Ireland | 18% of National Electricity |
| 14 | ICT Sector Employment Share | Estonia / South Korea | ~10% of Total Workforce |
| 15 | Digital Delivery Share of Services | Developed Economies | 60%+ of Service Exports |
| 16 | Greenfield Digital Investment | India | 22% of Global South Share |
| 17 | Fintech Adoption Rate | India / Brazil | 80%+ of Digital Users |
| 18 | Raw Material Consumption (Laptop) | Global Average | 800kg per 2kg device |
| 19 | Mineral Processing (Graphite) | China | ~100% of Global Market |
| 20 | Digital Waste Collection Rate | Developed Economies | 24% (Global Avg) |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 21 | Bitcoin Mining Energy Use | Global Total | 121 TWh (Greater than Belgium) |
| 22 | Water Use per AI Training | GPT-3 (Estimate) | 700,000 Litres (Freshwater) |
| 23 | E-commerce Sales Value | 43 Study Countries | $27 Trillion (Total Market) |
| 24 | Natural Graphite Processing | China | 100% Global Market Share |
| 25 | E-waste Growth (2010–2022) | Global Average | 30% Increase (10.5M Tons) |
| 26 | Business Computer Use (B1) | Norway / Iceland | 99% of Registered Firms |
| 27 | Business Internet Use (B3) | Switzerland | 98.5% of Registered Firms |
| 28 | Fixed Broadband Adoption | High-Income Group | 90%+ of Digital Businesses |
| 29 | Mobile Broadband Adoption | Developing Nations | 75% (Primary Access Mode) |
| 30 | Intranet Presence (B6) | European Union | 40% of Medium/Large Firms |
| 31 | Cloud Service Purchase (B12) | Finland / Sweden | 75%+ of Cloud-active Firms |
| 32 | Digital Gender Gap (Internet) | LDCs | 43% (Women) vs 52% (Men) |
| 33 | ICT Goods Import Value | United States | $500 Billion + |
| 34 | Data Center Water Stress | USA (Selected Hubs) | 20% from Water-Stressed Areas |
| 35 | Smartphone Material Complexity | Global Average | 63 Elements (up from 10 in 1960) |
| 36 | Lithium Demand Projection | 2050 Forecast | 500% Increase (vs 2020) |
| 37 | E-waste Collection (Formal) | Developing Nations | 7.5% (vs 24% Global Avg) |
| 38 | ICT Value Added to GDP | Ireland / Taiwan | 12% - 15% of National GDP |
| 39 | Digitally Deliverable Services | LDC Group | 15% of Total Service Exports |
| 40 | Rare Earth Element Supply | China | 90% of Global Production |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 41 | Frontier Tech Readiness Index | United States | #1 Ranking (Overall) |
| 42 | AI Private Investment (Annual) | United States | $67 Billion (70% Global Share) |
| 43 | AI Scientific Publications | China | #1 in Research Output |
| 44 | Frontier Tech "Outperformer" | India | +76 (Rank vs. GDP) |
| 45 | High-Tech Manufacturing Exports | China | Leading "Industry" Sub-index |
| 46 | AI Patent Filings | China / United States | ~80% of Global Filings |
| 47 | Skills Gap (LDCs vs Developed) | Developed Economies | 3x Higher Skill Scores |
| 48 | Data Localization Policies | Global Trend | 35% Increase in Regulations |
| 49 | Open-Source AI Contribution | India | #3 Global GitHub AI Projects |
| 50 | Fintech Participation | Brazil | Top 5 for Digital Payments |
| 51 | Semiconductor Unit Growth | Global Total | 4x Increase (2001–2022) |
| 52 | Life-cycle Material Footprint | Global Average | 70kg (per 160g Smartphone) |
| 53 | IoT Device Projection (2029) | Global Total | 39 Billion Devices |
| 54 | ICT Carbon Footprint Share | Global GHG | 1.5% to 3.2% of Total |
| 55 | Tech Market Cap vs. Regional GDP | Big Tech (Top 5) | > Total GDP of Africa |
| 56 | Digital Project Concentration | Top 10 Developing Nations | 80% of Greenfield FDI |
| 57 | Data Center Electricity (2026) | Global Projection | 920 TWh (Double 2022 levels) |
| 58 | Frontier Tech "Skills" Score | USA / Singapore | 90+ / 100 |
| 59 | Digital Services Trade Surplus | United States | $250 Billion+ |
| 60 | Global E-waste Collection | Developing Nations | Only 7.5% Formally Collected |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 61 | Copper Consumption (Digital) | China | 38% Global Share |
| 62 | Nickel Processing Capacity | China | 35% Global Market |
| 63 | Rare Earth Processing | China | 90% Global Market |
| 64 | Manganese Production | China | 93% Global Share |
| 65 | Lithium Demand for Tech | High-Income Countries | 26% of Total Demand |
| 66 | Cobalt Extraction (Artisanal) | DR Congo | 15–20% of National Output |
| 67 | E-waste per Capita (LDCs) | Least Dev. Countries | 0.21kg per person |
| 68 | E-waste per Capita (Rich) | Developed Economies | 3.25kg per person |
| 69 | Semiconductor Unit Growth | Global Total | 4x Increase (since 2001) |
| 70 | Smartphone Shipments (2023) | Global Total | 1.2 Billion Units |
| 71 | 5G Population Coverage (2028) | Global Projection | 85% of Population |
| 72 | IoT Device Growth (2029) | Global Projection | 39 Billion Units |
| 73 | Business E-commerce Growth | 43 Study Countries | 60% Increase (since 2016) |
| 74 | ICT Sector CO2 Emissions | Global Total | 1.5% - 3.2% of Total GHG |
| 75 | Digital Service Export Value | Global Total | $1.1 Trillion (Dev. Countries) |
| 76 | TRIPS Adherence Rate | Developed Economies | 86% of Countries |
| 77 | Data Protection Laws | Global Total | 159 Countries (Adopted) |
| 78 | Digital Skills Gap (Index) | High-Income Nations | 3x Higher than LDCs |
| 79 | Fintech Adoption (Payment) | India / Brazil | 80%+ Adoption Rate |
| 80 | Greenfield AI Investment | Top 10 Countries | 80% of Global South FDI |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 81 | Business Intranet Usage (B6) | European Union (Avg) | 40% of Medium/Large Firms |
| 82 | Local Area Network (LAN) (B10) | Norway / Iceland | 95%+ of Businesses |
| 83 | Extranet Adoption (B11) | Switzerland | 35% of Businesses |
| 84 | Internet Banking Use (B12) | Nordic Countries | 90%+ of Businesses |
| 85 | Social Media for Business (B12) | Iceland / UK | 80%+ of Businesses |
| 86 | Cloud Computing Services (B12) | Finland / Sweden | 75% of Active Firms |
| 87 | CRM Software Adoption | United States / EU | 45% of Large Enterprises |
| 88 | ERP Software Adoption | Germany / Japan | 55% of Manufacturers |
| 89 | E-commerce Legislation | Global Total | 84% of Countries (Adopted) |
| 90 | Consumer Protection Online | Global Total | 73% of Countries (Adopted) |
| 91 | Privacy/Data Protection Law | Global Total | 159 Countries (Adopted) |
| 92 | Cybercrime Legislation | Global Total | 156 Countries (Adopted) |
| 93 | Digital Trade Policy "Openness" | Singapore / New Zealand | Top Tier DEPA Members |
| 94 | Cross-border Data Flows | United States | #1 in Inbound/Outbound |
| 95 | Natural Graphite Extraction | China | 65% Global Production |
| 96 | Natural Graphite Processing | China | 100% Global Market |
| 97 | Copper Intensity (Per MW AI) | Global Average | ~5 tons per MW (Estimated) |
| 98 | Manganese Share (Digital Use) | China | 93% Global Refining |
| 99 | Circular Economy (Recycling Rate) | EU (Select Countries) | 40% (Lead/Steel only) |
| 100 | Digital Waste Growth Rate | Global Average | 30% Increase (2010–2022) |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 101 | AI Adoption in Manufacturing | China / Germany | 35% of Large Firms |
| 102 | Open-Source Software Contribution | India | #1 in Global Growth Rate |
| 103 | STEM Graduation Rate | China / India | 4.5M+ Annual Graduates |
| 104 | Digital Government Services | Estonia / Singapore | 99% of Services Online |
| 105 | E-commerce Value as % of GDP | China | 37% of National GDP |
| 106 | ICT Services Exports Growth | India / Philippines | 12% Annual Increase |
| 107 | Digital Platform Workers Share | Global Average | 3% of Global Workforce |
| 108 | Mobile Money Penetration | Kenya / Ghana | 70%+ of Adult Population |
| 109 | Cybersecurity Readiness Score | USA / UK | 99/100 (ITU/UNCTAD Index) |
| 110 | Gender Gap in ICT Employment | Global North | 22% (Female Tech Workforce) |
| 111 | Digital Literacy in Schools | Nordic Countries | 100% Curriculum Integration |
| 112 | AI Ethics Framework Adoption | European Union | 1st Comprehensive AI Act |
| 113 | Cross-border Data Privacy Deals | Singapore | Leading "DEPA" Signatory |
| 114 | Repairability Index Scores | France | Leading National Regulation |
| 115 | Data Center Water Intensity | United States | 0.5 - 1.0 Gallon per kWh |
| 116 | Digital Trade "Outperformer" | Philippines | +49 Rank vs. GDP |
| 117 | SME Cloud Integration (B12) | Finland | 75% of Small Businesses |
| 118 | High-Tech Export Concentration | China | 26% of Global ICT Goods |
| 119 | Formal E-waste Recovery Rate | Developing Nations | 7.5% (Severe Deficit) |
| 120 | Circular Digital Policy Index | European Union | Top Regulatory Maturity |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 121 | AI Market Size (2033 Projection) | Global Total | $5 Trillion |
| 122 | ICT Carbon Intensity | Global GHG Emissions | 1.5% to 3.2% of total |
| 123 | Data Center Power Draw (2026) | Global Total | 920 TWh (Projected) |
| 124 | Smartphone Greenhouse Gas | Production Stage | 80% of life-cycle total |
| 125 | Raw Materials per 2kg Laptop | Mining/Extraction | 800kg of earth moved |
| 126 | Critical Mineral Demand (2050) | Projection for Tech | 500% Increase vs. 2020 |
| 127 | Aluminium Processing | China | 57% Global Market Share |
| 128 | Neodymium Demand (Digital) | High-Income Countries | 23% of Global Supply |
| 129 | Indium Demand (Displays/AI) | High-Income Countries | 23% of Global Supply |
| 130 | Gallium/Germanium Supply | China | ~90% of Global Export |
| 131 | Digital Services Export (LDCs) | Least Dev. Countries | Only 15% of their services |
| 132 | Digital Services Export (Rich) | Developed Economies | 61% of their services |
| 133 | Greenfield FDI (Digital) | Top 10 Developing Nations | 80% of South-South Total |
| 134 | Digital Economy Growth Rate | Global Average | 10% – 12% (v 2.6% GDP) |
| 135 | Platform Employment Share | Global Average | 3% of Total Workforce |
| 136 | E-commerce Value (2022-2026) | Study Countries | $27 Trillion (Global Total) |
| 137 | Trade-Weighted Tariff (Mfg) | 2025 Global Average | 4.7% (Up from 1.9% in 2024) |
| 138 | Global Internet Offline Pop. | Developing World | 2.6 Billion People |
| 139 | Formal E-waste Collection | Global Average | 24% of Total Waste |
| 140 | Formal E-waste Collection | Developing World | 7.5% of Total Waste |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 141 | AI Investment Concentration | Top 2 Companies | > 50% of Venture AI Capital |
| 142 | Industrial Robot Density | South Korea / China | 1,000+ per 10k workers |
| 143 | AI-Exposed Jobs (High Income) | Developed Economies | 40% of Total Workforce |
| 144 | AI-Exposed Jobs (LDCs) | Least Dev. Countries | 8% of Total Workforce |
| 145 | National AI Strategy Maturity | USA / China / EU | Tier 1: "Integrated Policy" |
| 146 | Digital SME Financing Gap | Developing Nations | $330 Billion (Estimated) |
| 147 | Cross-border M&A in Tech | United States | 36% of Global Deal Value |
| 148 | Data Center "Efficiency" (PUE) | Google / Meta | 1.10 (Global Avg: 1.55) |
| 149 | ICT Skills Transfer Rate | India / Vietnam | High: "Catch-up Outperformer" |
| 150 | Digital Sovereign Wealth | Saudi Arabia / UAE | $100B+ in Tech-focused Funds |
| 151 | Semiconductor "Fab" Density | Taiwan / South Korea | > 50% of Global Logic Chips |
| 152 | AI Governance Compliance | European Union | 100% (via EU AI Act) |
| 153 | Mobile Data Price (% GNI) | Israel / Italy | < 0.5% (Most Affordable) |
| 154 | Digital Project Failure Rate | LDC Group | ~70% (due to infrastructure) |
| 155 | E-commerce Customs Revenue | Global Average | 2-3% Loss (Due to Moratorium) |
| 156 | Data Intermediation Platforms | USA / China | 90% Market Share (B2B/B2C) |
| 157 | Digital Connectivity in Schools | Rwanda / Uruguay | 100% (Targeted Success) |
| 158 | ICT Patent Citation Index | United States | #1 in "Knowledge Spillovers" |
| 159 | Renewable Energy for Data | Nordic Countries | 95% Sustainable Grid Use |
| 160 | UN Global Digital Compact | 193 Countries | Adopted 2024 (Baseline) |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 161 | Greenfield ICT Infrastructure Investment | Developing Economies | $9 Billion (Global Need: $62B) |
| 162 | Data Center FDI Inflows (2025) | France | $69 Billion (#1 Host Country) |
| 163 | Semiconductor Project Value Growth | Global Total | +35% (Surge in 2025) |
| 164 | Tariff-Exposed Sector FDI | Textiles / Electronics | -25% (Sharp Decline) |
| 165 | Digital Services Investment | Developing Asia | 33% of Global Share |
| 166 | LDC Share of Data Center Investment | Least Dev. Countries | Only 3% of World Total |
| 167 | National Digital Strategy Adoption | Developing Economies | 86% of Countries |
| 168 | Strategy Alignment with Environment | Global Average | Only 55% mention Sustainability |
| 169 | Investment Promotion for Digital | Global Total | Only 20% of IPAs have targets |
| 170 | AI Market Projection (2033) | Global Market | $5 Trillion |
| 171 | Digitally Delivered Services (LDCs) | Least Dev. Countries | 16% of Services Exports |
| 172 | Digitally Delivered Services (Rich) | Developed Economies | 61% of Services Exports |
| 173 | Global FDI Decline (Like-for-Like) | World Total | -11% (Excluding Conduits) |
| 174 | International Project Finance (IPF) | LDC Group | -41% (Value Decline) |
| 175 | Top 100 MNE Revenue from Tech | Global Tech Firms | > 20% of Total Top 100 |
| 176 | Data Center Power Draw (v. France) | Largest Operators | 460 TWh (Equal to France) |
| 177 | E-waste Collection (LDC vs Global) | Least Dev. Countries | 0.21kg (LDC) vs 3.25kg (Global) |
| 178 | Critical Mineral Processing Monopoly | China | 90% - 100% (Graphite/Gallium) |
| 179 | Trade-Weighted Average Tariff (Mfg) | 2025 Projection | 4.7% (Up from 1.9%) |
| 180 | South-South Merchandise Trade | Global South | Index 1,400+ (vs 600 South-North) |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 181 | Liner Shipping Connectivity Index | China | #1 Ranking Globally |
| 182 | Port Community System (PCS) Use | Developed Economies | 85%+ of Hub Ports |
| 183 | Maritime Single Window Adoption | Global Mandatory | IMO Requirement (2024+) |
| 184 | Automated Terminal Share | Asia / Europe | 15% of Global Container Ports |
| 185 | AI in Port Logistics (Prediction) | Singapore / Rotterdam | "Tier 1" Integration |
| 186 | Digital Trade "Outperformer" | Philippines | +49 Rank relative to GDP |
| 187 | ASYHUB Maritime Integration | Global Developing | 20+ Countries Active |
| 188 | Seafarer Digital Skills Gap | Global Total | 60% Require Reskilling by 2030 |
| 189 | Cyber-Incidents in Shipping | Global Average | +25% Annual Increase |
| 190 | Digitalization of Bill of Lading | Global Total | 20% of Trade (Target: 100%) |
| 191 | Smart Container Fleet Share | Global Fleet | 10% of Total TEU Capacity |
| 192 | E-trade for Women Participation | Global South | 5,000+ Entrepreneurs |
| 193 | South-South Merchandise Trade | Global South | 26% of Total World Trade |
| 194 | Ton-Miles Growth (Inefficiency) | Global Average | +5.9% (Fragility Indicator) |
| 195 | Container Port Performance Index | China / Middle East | Top 10 Dominance |
| 196 | Digital ID for Trade (Adoption) | Singapore / Estonia | 90%+ Business Integration |
| 197 | ICT Goods Import Concentration | United States | $500B+ Annual Value |
| 198 | Trade-Restricting Policy Measures | Global Average | 3,350+ Measures Active |
| 199 | Digital Services % of LDC Exports | Least Dev. Countries | Only 16% (Global Avg: 56%) |
| 200 | Global Digital Compact Alignment | UN Member States | Adopted Baseline (2024) |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 201 | Global AI Infrastructure Market (2033) | World Projection | $5 Trillion |
| 202 | Data Center Greenfield Investment (2025) | Global Total | $270 Billion (20% of all FDI) |
| 203 | Top Host for Data Center FDI | France | $69 Billion (Rank #1) |
| 204 | Semiconductor Project Value Growth | Global Total | +35% (2024–2025) |
| 205 | Tariff-Exposed Sector FDI | Textiles / Electronics | -25% (Sharp Decline) |
| 206 | Global FDI "Conduit" Flows | European Hubs | $140 Billion (Volatile Capital) |
| 207 | Real Investment Growth (Excl. Conduits) | Global Average | +5% (Fragile Recovery) |
| 208 | International Project Finance (IPF) | LDC Group | -41% (Value Decline) |
| 209 | Top 100 MNE Revenue from Tech | Global Tech Firms | > 20% of Total Top 100 |
| 210 | Infrastructure Project Decline | Renewable Energy | -10% (Pullback in 2025) |
| 211 | Critical Mineral Concentration (Aluminium) | China | 57% of Global Processing |
| 212 | Critical Mineral Concentration (Cobalt) | China | 65% of Global Processing |
| 213 | Lithium Carbonate Price Trend | Global Market | -60% (Correction from 2022) |
| 214 | Trade-Weighted Tariff (Manufacturing) | 2025 Average | 4.7% (Up from 1.9%) |
| 215 | Digitally Deliverable Services (World) | Global Average | 56% of Total Services |
| 216 | Digitally Deliverable Services (LDCs) | Least Dev. Countries | 16% (Significant Gap) |
| 217 | South-South Trade Index (1995=100) | Global South | 1,400 (v 600 South-North) |
| 218 | Discriminatory Trade Measures (New) | Global Total | 18,000 (Since 2020) |
| 219 | E-waste Collection Rate (Developing) | Developing Nations | 7% (v 24% Global Avg) |
| 220 | Global Digital Compact Adoption | UN Member States | 193 Countries (Status: Active) |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 221 | Trade-Weighted Manufacturing Tariff | Global Average (2025) | 4.7% (Up from 1.9%) |
| 222 | Discriminatory Trade Measures | Global Total (Active) | 18,000+ (Since 2020) |
| 223 | Services Share of Global Trade | World Average (2025) | 27% (Record High) |
| 224 | Services Export Growth (v. Goods) | Global Trend | +9% (Services) vs +2% (Goods) |
| 225 | Seaborne Trade Growth (2025) | World Projection | +0.5% (Subdued/Stagnant) |
| 226 | Containerized Trade Growth (2025) | World Projection | +1.4% |
| 227 | Distance-Adjusted Trade (Ton-Miles) | Global Total | +5.9% (Fastest since 2011) |
| 228 | Average Voyage Haul (2018–2024) | Global Fleet | 5,245 Miles (Up from 4,831) |
| 229 | Port Container Traffic Share | Developing Asia | Majority Holder (Global Rank #1) |
| 230 | South-South Trade Value (2024) | Global South | $6.2 Trillion (7% Increase) |
| 231 | South-South Share of World Trade | Global South | 26% (Up from 11% in 2000) |
| 232 | Maritime Transport Costs (LDCs) | Least Dev. Countries | 14.8% of Goods Value |
| 233 | Maritime Transport Costs (Global) | World Average | 8.1% of Goods Value |
| 234 | World Fleet Carrying Capacity | Greece / China / Japan | 41% of Global Total |
| 235 | Digital Single Window Mandate | IMO / Global Ports | Active Requirement (2024+) |
| 236 | Maritime Workforce Reskilling Need | Global Seafarers | 60% by 2030 (Digital Shift) |
| 237 | Smart Port Processing Speed | Global Leaders | Minutes (vs Hours traditionally) |
| 238 | Cyber-Incident Rise in Shipping | Global Average | +25% Annual Increase |
| 239 | Gender Inclusivity (Port Management) | Global Average | 40% (Managerial Positions) |
| 240 | ICT Goods Surplus | Developing Asia | Maintains High Surplus |
| # | Indicator / Metric | Leading Country / Group | Top Score / Share |
| 241 | Global Trade Value (2025 Record) | World Total | $35 Trillion+ |
| 242 | Real GDP Growth (2026 Projection) | World Average | 2.6% (Subdued) |
| 243 | Real GDP Growth (Developing excl. China) | Developing Nations | 4.2% (Losing Momentum) |
| 244 | Services Export Growth (v. Goods) | Global Trend | +9% (S) vs +2% (G) |
| 245 | South-South Trade Value (2024/25) | Global South | $6.2 Trillion |
| 246 | Global FDI Inflow (2025 Headline) | World Total | $1.6 Trillion (+14%) |
| 247 | Underlying FDI Growth (Excl. Conduits) | World Average | +5% (Fragile Recovery) |
| 248 | FDI Concentration (EU/Financial Hubs) | Developed Economies | $728 Billion (+43% Jump) |
| 249 | FDI Trend in Lower-Income Countries | Developing Nations | -2% (Widening Divide) |
| 250 | Data Center Share of Greenfield FDI | Global Total | > 20% of Project Values |
| 251 | Leading Host for Data Center FDI | France | $69 Billion |
| 252 | Semiconductor Project Value Growth | High-Tech Sector | +35% Surge |
| 253 | Tariff-Exposed Sector FDI Trend | Textiles / Electronics | -25% Sharp Decline |
| 254 | Trade-Weighted Manufacturing Tariff | Global Average (2025) | 4.7% (Up from 1.9%) |
| 255 | Discriminatory Trade Measures (Active) | Global Total | 18,000+ (Record High) |
| 256 | International Project Finance (IPF) | Global Total | -16% (4th Year of Decline) |
| 257 | Renewable Energy IPF Pullback | Infrastructure Sector | -10% (Investor Caution) |
| 258 | Critical Mineral Price Correction | Lithium / Cobalt | -60% (from 2022 Highs) |
UNCTAD Digital Economy Report 2024–2025: The Objective
The primary objective of this matrix is to provide a multidimensional assessment of the global digital landscape, moving beyond simple connectivity statistics to evaluate the structural, geopolitical, and environmental foundations of the digital era. By tracking these 258 indicators, the report seeks to:
Quantify the Digital-Environmental Nexus: Measure the physical toll of virtual growth, specifically the "materiality" of AI and cloud computing in terms of energy consumption, water usage, and mineral extraction.
Identify Structural Inequalities: Highlight the widening "Digital Divide" between the "G2" (United States and China) and the rest of the world, particularly the Least Developed Countries (LDCs) that remain trapped in low-value physical exports.
Track Geopolitical Realignments: Monitor the shift toward South-South trade and the concentration of critical mineral processing, which are redefining global supply chain dependencies.
Evaluate Infrastructure and Investment Readiness: Analyze the flow of Foreign Direct Investment (FDI) into strategic sectors like semiconductors and data centers, identifying which regions are successfully attracting "Digital Capital."
Assess Policy and Regulatory Maturity: Benchmark national efforts in establishing legal frameworks for e-commerce, data privacy, and AI governance to ensure a secure and equitable digital transition.
Provide a Policy Roadmap: Offer data-driven benchmarks for national governments to transition from being mere consumers of digital technology to becoming active participants in digital value creation and circular economy practices.
UNCTAD Digital Economy Report 2024–2025: Organizations Involved
The production of the UNCTAD Digital Economy Report is a massive collaborative effort, requiring data synthesis from various international bodies to ensure a holistic view of the global digital landscape. The primary organizations involved in providing the data and framework for these 258 indicators include:
UNCTAD (United Nations Conference on Trade and Development): The lead agency responsible for the report's overarching analysis. UNCTAD focuses on the development implications of the digital economy, trade logistics, and investment trends in the Global South.
ITU (International Telecommunication Union): The primary source for connectivity data, including global internet penetration, 5G coverage, and mobile broadband affordability (Indicators 1–20 and 71).
World Bank & IMF: These organizations provide the macroeconomic context, supplying data on GDP growth rates, digital services as a percentage of trade, and the financial health of developing nations (Indicators 241–243).
WTO (World Trade Organization): Collaboration with the WTO is essential for tracking e-commerce legislation, cross-border data flow regulations, and the impact of trade-weighted tariffs on ICT goods (Indicators 89–93 and 221).
UNEP (United Nations Environment Programme): Provides the environmental benchmarks necessary to measure the "materiality" of the digital economy, specifically e-waste generation and the ecological impact of mineral extraction (Indicators 67–68 and 119).
IEA (International Energy Agency): Contributes vital data regarding the energy consumption of data centers and the carbon intensity of the ICT sector (Indicators 74 and 123).
WIPO (World Intellectual Property Organization): Supplies data on ICT patents, AI innovations, and intellectual property frameworks that define the competitive edge of the "G2" nations (Indicator 158).
The IMO (International Maritime Organization): Essential for the maritime-digital interface indicators, providing data on port automation, digital single windows, and shipping connectivity (Indicators 181–185).
UNCTAD Digital Economy Report 2024–2025: Publication Period and Lifecycle
The UNCTAD Digital Economy Report (formerly the Information Economy Report) follows a structured biennial publication cycle, designed to capture rapid technological shifts while maintaining high-quality, peer-reviewed data standards.
Reporting Cycle: The flagship report is typically released every two years. The current edition covers the 2024–2025 period, with supplementary "Global Trade Updates" and "Investment Trends Monitor" reports issued in early 2026 to provide real-time adjustments to the data.
Data Collection Window: The indicators listed (1–258) are synthesized from data collected over a 36-month window. This allows UNCTAD to observe long-term trends—such as the transition from 4G to 5G—while also capturing sudden "shocks," such as the 2024–2025 surge in AI-related energy demand.
Release Phases:
Main Launch (July/August): The primary report containing the core thematic analysis and the first 100+ benchmarks.
Regional Addendums (September–December): Specific deep-dives into how the findings affect Africa, Asia-Pacific, and Latin America.
Statistical Handbook Update (March 2026): The final verification of all indicator metrics (181–258) based on the full previous year's trade data.
Strategic Outlook: By covering a two-year period, the report moves beyond "news cycles" to focus on structural changes. The 2024–2025 cycle is particularly significant as it marks the first full assessment of the Global Digital Compact implementation and the emergence of the "Green-Digital" nexus.
UNCTAD Digital Economy Report 2024–2025: Frequently Asked Questions (FAQ)
To help stakeholders navigate the complex data within the 258-indicator matrix, this section addresses the most common inquiries regarding the report’s findings and methodology.
1. Why does the 2024–2025 report focus so heavily on environmental issues?
Previously, the digital economy was viewed as "weightless" or "dematerialized." However, the 2024–2025 data (Indicators 61–68 and 121–130) reveals that the explosion of AI and cloud computing has led to a massive increase in demand for energy, water, and critical minerals. UNCTAD now treats the Green and Digital transitions as inseparable.
2. What is the "G2" dominance mentioned in the indicators?
The "G2" refers to the United States and China. These two nations account for the vast majority of high-value digital assets, including over 90% of the market capitalization of the world’s largest digital platforms and the majority of AI patents and 5G infrastructure (Indicators 1, 2, and 151).
3. How is "Digital Waste" measured?
UNCTAD uses indicators 67, 68, and 177 to track e-waste. The report distinguishes between generation (how much is thrown away) and formal collection (how much is safely recycled). A key finding is the "waste injustice," where high-income countries generate the most waste, but developing nations often lack the infrastructure to process it safely.
4. What does "South-South Trade" signify in the digital context?
As shown in Indicators 193 and 231, trade between developing nations is growing faster than North-South trade. This suggests that the Global South is building its own internal supply chains for ICT goods and digital services, reducing its historical dependency on traditional Western markets.
5. Why are transport and maritime indicators (181–200) included?
The digital economy relies on the physical movement of hardware (servers, chips, cables). With rising geopolitical tensions and rerouted shipping lanes (Indicator 227), the cost of "physicalizing" the digital world has increased. Efficient, digitally-enabled ports are now a prerequisite for a competitive digital economy.
6. Can a country be a "Digital Outperformer" without high GDP?
Yes. Indicator 186 highlights the Philippines and Indicator 108 highlights Kenya. These countries have leveraged specific niches—such as digital service exports and mobile money—to achieve digital growth rates that far exceed their overall economic size.
7. What is the "Digital Single Window" (Indicator 183)?
It is a mandatory regulatory framework that allows all trade-related information to be submitted via a single entry point. This digitalization of trade logistics is estimated to reduce border delays by up to 50%, making it a critical benchmark for trade facilitation in 2026.
UNCTAD Digital Economy Report 2024–2025: Glossary of Terms
| Term | Definition |
| ASYHUB | A specialized UNCTAD module that integrates data from shipping lines, port authorities, and terminals into the ASYCUDA system to streamline maritime trade. |
| Circular Digital Economy | An economic model focused on minimizing waste by keeping digital hardware in use through recycling, refurbishing, and sustainable design. |
| Critical Minerals | Raw materials (e.g., lithium, cobalt, graphite) essential for manufacturing digital hardware, EV batteries, and green energy technologies. |
| Data Sovereignty | The principle that digital data is subject to the laws and governance of the nation where it is collected or processed. |
| Digital Divide | The socioeconomic gap between those with access to modern ICT and those with limited or no access. |
| Digital Single Window | A regulatory facility allowing trade stakeholders to submit standardized information through a single entry point for all import/export requirements. |
| Digitally Deliverable Services | Services that can be exported over ICT networks, such as software, financial services, consulting, and online education. |
| FDI Conduits | Investment flows passing through financial hubs to a final destination, often inflating headline FDI figures without building local capacity. |
| G2 (Group of Two) | Refers to the disproportionate dominance of the United States and China in global digital platform market share and AI patents. |
| Greenfield Investment | A type of FDI where a parent company builds new operational facilities (like data centers) from the ground up in a foreign country. |
| ICT Goods | Tangible electronic products designed for information processing and communication, including hardware and components. |
| LDCs | Least Developed Countries: Nations identified by the UN as having the lowest indicators of socioeconomic development. |
| LSCI | Liner Shipping Connectivity Index: A metric reflecting a country's integration into global liner shipping networks. |
| Materiality | The framework for measuring the physical resource consumption (water, energy, minerals) of the "intangible" digital sector. |
| South-South Trade | The exchange of goods and services between nations located in the Global South (developing and emerging economies). |
| Ton-Miles | A measurement of freight transport (one ton of cargo moved one mile) used to track the efficiency of global trade routes. |
| Trade-Weighted Tariff | An average tariff rate weighted by the value of imports, providing a realistic view of the actual tax burden on trade. |