ITU Facts and Figures: 200 Key Integrated Indicators
The ITU Facts and Figures 2025/2026 represents the definitive global benchmark for monitoring the digital divide and the evolution of the information society. By integrating 200 meticulous indicators, this flagship report moves beyond simple connectivity metrics to evaluate the holistic ecosystem of Universal and Meaningful Connectivity (UMC). These indicators span the entire digital spectrum—ranging from core infrastructure and mobile coverage (1–100) and the socio-economic pillars of affordability and digital literacy (101–150), to the emerging frontiers of AI ethics, 6G readiness, and the greening of the ICT sector (151–200). As a cornerstone of the United Nations' digital agenda, this framework provides the data-driven roadmap necessary to ensure that the 6 billion people currently online can leverage technology that is not only high-speed and accessible but also safe, sustainable, and inclusive.
ITU Facts and Figures: 200 Key Indicators by Category
| Category | Indicator Description |
| Internet Use | 1. Percentage of individuals using the Internet (Total) |
| 2. Percentage of individuals using the Internet, by gender (Gender Gap) | |
| 3. Percentage of individuals using the Internet, by age (Youth vs. Adults) | |
| 4. Percentage of individuals using the Internet, by location (Urban vs. Rural) | |
| Mobile Connectivity | 5. Mobile-cellular telephone subscriptions per 100 inhabitants |
| 6. Active mobile-broadband subscriptions per 100 inhabitants | |
| 7. Percentage of individuals who own a mobile phone | |
| 8. Mobile phone ownership by gender | |
| Fixed Connectivity | 9. Fixed-broadband subscriptions per 100 inhabitants |
| 10. Fixed-broadband subscriptions by speed (e.g., >10 Mbit/s, >100 Mbit/s) | |
| 11. Fixed-telephone subscriptions per 100 inhabitants | |
| Network Coverage | 12. % of population covered by a mobile-cellular network |
| 13. % of population covered by at least a 3G mobile network | |
| 14. % of population covered by at least a 4G/LTE mobile network | |
| 15. % of population covered by a 5G network (New Priority Indicator) | |
| Affordability | 16. Mobile-data-only basket (Price as % of GNI per capita) |
| 17. Fixed-broadband basket (Price as % of GNI per capita) | |
| 18. Mobile-broadband basket (Monthly price in USD/PPP) | |
| 19. Mobile-voice basket (Low usage) | |
| 20. Data-only mobile broadband (Monthly price) | |
| Digital Skills | 21. % of individuals with basic ICT skills (e.g., copying files) |
| 22. % of individuals with standard ICT skills (e.g., using formulas) | |
| 23. % of individuals with advanced ICT skills (e.g., programming) | |
| 24. % of individuals with communication skills (emails/messaging) | |
| 25. % of individuals with safety/security skills | |
| Infrastructure/Traffic | 26. International Internet bandwidth (bit/s) per Internet user |
| 27. Total used international Internet bandwidth (Tbit/s) | |
| 28. Mobile data traffic per subscription | |
| 29. Fixed-broadband data traffic per subscription |
| Category | Indicator Description |
| ICT in Business | 30. Proportion of businesses using computers |
| 31. Proportion of businesses using the Internet | |
| 32. Proportion of businesses with a web presence (website/social media) | |
| 33. Proportion of businesses receiving orders over the Internet (e-commerce) | |
| 34. Proportion of businesses placing orders over the Internet | |
| 35. Proportion of businesses using a Local Area Network (LAN) | |
| 36. Proportion of businesses using an Intranet | |
| 37. Proportion of businesses with an Internet connection, by type | |
| 38. Proportion of persons employed routinely using computers | |
| 39. Proportion of persons employed routinely using the Internet | |
| ICT Sector & Trade | 40. Proportion of total business sector workforce involved in ICT |
| 41. ICT sector share of gross domestic product (GDP) | |
| 42. ICT goods imports as a percentage of total imports | |
| 43. ICT goods exports as a percentage of total exports | |
| 44. ICT services exports as a percentage of total services exports | |
| ICT in Education | 45. Proportion of schools with a radio used for educational purposes |
| 46. Proportion of schools with a television used for educational purposes | |
| 47. Proportion of schools with a telephone communication facility | |
| 48. Student-to-computer ratio in primary and secondary schools | |
| 49. Proportion of schools with Internet access, by type | |
| 50. Proportion of students who have access to the Internet at school | |
| 51. Proportion of ICT-qualified teachers in primary/secondary schools | |
| e-Government | 52. Proportion of persons interacting with public authorities via Internet |
| 53. % of individuals using Internet to get information from govt websites | |
| 54. % of individuals using Internet to download official forms | |
| 55. % of individuals using Internet to submit completed forms (tax, etc.) | |
| Environment | 56. Total e-waste generated (kg per inhabitant) |
| 57. E-waste collection rate (%) | |
| 58. Proportion of households with an e-waste recycling plan | |
| Emerging Tech | 59. Proportion of individuals using Artificial Intelligence (AI) tools |
| 60. Number of IoT (Internet of Things) devices per 100 inhabitants |
| Category | Indicator Description |
| Network Quality | 61. Average advertised download speed (Fixed-broadband) |
| 62. Average advertised upload speed (Fixed-broadband) | |
| 63. Packet loss (%) across international gateways | |
| 64. Latency (ms) for domestic and international traffic | |
| 65. Number of Secure Internet Servers (per 1 million inhabitants) | |
| 66. Total International Internet Bandwidth (in Mbit/s) | |
| 67. Percentage of fiber-to-the-home/building (FTTH/B) subscriptions | |
| Investment & Revenue | 68. Total annual investment (CapEx) in telecommunications |
| 69. Annual investment in mobile communication services | |
| 70. Revenue from all telecommunication services (USD) | |
| 71. Revenue from mobile-cellular services | |
| 72. Revenue from fixed-data and Internet services | |
| 73. Telecommunications investment as a percentage of GDP | |
| Broadcasting & Media | 74. Percentage of households with a digital TV signal |
| 75. Number of IPTV (Internet Protocol TV) subscriptions | |
| 76. Terrestrial multichannel TV subscriptions | |
| 77. Public service broadcasting (PSB) funding per capita | |
| Specialized Access | 78. Percentage of population covered by a mobile network, by signal strength |
| 79. Percentage of population within 10km of a fiber optic node | |
| 80. Number of public Wi-Fi hotspots per 10,000 inhabitants | |
| 81. Schools with access to "High-Speed" (100Mbps+) broadband | |
| Climate & Energy | 82. Energy consumption of the ICT sector (Total GWh) |
| 83. Greenhouse gas emissions (GHG) from mobile network operators | |
| 84. Percentage of renewable energy used by major Data Centers | |
| 85. Ratio of recycled e-waste to total electronics imported | |
| Emerging Tech II | 86. Number of active 5G-Standalone (5G-SA) subscriptions |
| 87. Edge computing nodes per 1 million inhabitants | |
| 88. Percentage of enterprises using Cloud Computing services | |
| 89. Percentage of enterprises using Big Data analytics | |
| 90. Cybersecurity Index Score (GCI - Global Cybersecurity Index) |
| Category | Indicator Description |
| Cybersecurity (GCI) | 91. Existence of Cyber-related Legislation (Cybercrime laws) |
| 92. Existence of Data Protection/Privacy Legislation | |
| 93. Existence of a National Cybersecurity Strategy | |
| 94. Existence of a National CERT/CSIRT (Incident Response Team) | |
| 95. Number of Cybersecurity Professionals per 100,000 workers | |
| 96. Participation in International Cybersecurity Treaties/Agreements | |
| 97. National Cybersecurity Awareness Programs/Campaigns | |
| 98. Cybersecurity R&D Investment (Public Sector) | |
| Digital Finance & Economy | 99. % of individuals using Mobile Money (Mobile Financial Services) |
| 100. % of individuals using the Internet for Online Banking | |
| 101. % of individuals making at least one e-commerce purchase (Annual) | |
| 102. ICT investment as a percentage of total Gross Fixed Capital Formation | |
| 103. Number of Fintech startups per 1 million inhabitants | |
| Public Services (e-Gov) | 104. Proportion of Government services available via Mobile App |
| 105. Availability of a National Digital ID system (Bio-metric or Digital) | |
| 106. % of population using Open Government Data | |
| 107. Availability of Interoperability Frameworks for Govt Data | |
| Meaningful Connectivity | 108. Median Mobile download speed vs. 5G peak speeds |
| 109. Daily Internet usage frequency (% of users online every day) | |
| 110. Device Diversity (Proportion of users accessing via >2 devices) | |
| 111. Unlimited Data usage prevalence (Proportion of uncapped plans) | |
| Social & Gender Equality | 112. The Gender Parity Score in STEM/ICT employment |
| 113. Internet usage gap by disability status (Accessibility focus) | |
| 114. Proportion of schools with assistive ICT technology for students | |
| Emerging Tech III (AI & 6G) | 115. National AI Policy/Strategy existence |
| 116. Number of AI-related patent applications per country | |
| 117. Investment in 6G Research and Development | |
| 118. Quantum computing readiness index (Experimental) | |
| Sector Efficiency | 119. Average revenue per user (ARPU) - Mobile vs. Fixed |
| 120. Spectrum efficiency (Throughput per MHz of spectrum) |
| Category | Indicator Description |
| Connectivity Quality | 121. Jitter (ms) - Measures the consistency of connection latency. |
| 122. International Internet Bandwidth per capita (kbit/s). | |
| 123. Network Availability (%) - Measures downtime for major ISPs. | |
| 124. Ratio of Domestic vs. International traffic (Local caching efficiency). | |
| Satellite & Rural | 125. Satellite-broadband subscriptions (e.g., LEO constellations). |
| 126. Percentage of population within range of a LEO satellite provider. | |
| 127. Cost of Satellite CPE (Consumer Premises Equipment) vs. GNI. | |
| 128. Rural-Urban Bandwidth Parity Ratio. | |
| The "Green" ICT | 129. Power Usage Effectiveness (PUE) of national Data Centers. |
| 130. Percentage of e-waste formal collection vs. total generated. | |
| 131. National Greenhouse Gas (GHG) emissions specifically from ICT. | |
| 132. Number of operational "Green" (Solar/Hybrid) Base Stations. | |
| Emerging Platforms | 133. Number of Over-the-Top (OTT) active users (Messaging/VoIP). |
| 134. OTT revenue as a percentage of total telecom service revenue. | |
| 135. Subscription Video on Demand (SVoD) penetration rate. | |
| Digital Trust & Safety | 136. Child Online Protection (COP) National Strategy existence. |
| 137. % of schools with active "web filtering" and safety protocols. | |
| 138. Reported incidents of identity theft per 100,000 inhabitants. | |
| 139. Number of Data Protection Impact Assessments (DPIAs) filed. | |
| Advanced Digital Skills | 140. % of individuals using Generative AI for professional tasks. |
| 141. % of population with "Content Creation" skills (e.g., video editing). | |
| 142. % of population with "Safety & Privacy" skills (e.g., VPN/MFA use). | |
| 143. Number of STEM graduates per year (ICT focus). | |
| Digital Economy | 144. Proportion of population using Digital Wallets for daily payments. |
| 145. B2B E-commerce transactions as a % of GDP. | |
| 146. Share of ICT-enabled services in total services exports. | |
| 147. Existence of a National "Sandbox" for Fintech/AI testing. | |
| 6G & Future Readiness | 148. Number of Terahertz (THz) spectrum bands allocated. |
| 149. Pilots for Satellite-to-Mobile (Direct-to-Cell) connectivity. | |
| 150. National 6G Roadmap/Whitepaper existence. |
| Category | Indicator Description |
| Digital Health | 151. Existence of a National Digital Health Strategy. |
| 152. % of healthcare facilities with high-speed broadband access. | |
| 153. Number of Telemedicine consultations per 1,000 inhabitants. | |
| 154. Existence of interoperable electronic health records (EHR) laws. | |
| Digital Rights & Inclusion | 155. National laws protecting against "algorithmic bias." |
| 156. Existence of "Right to be Forgotten" or similar data deletion rights. | |
| 157. Web Accessibility Score for government portals (WCAG 2.1 compliance). | |
| 158. Proportion of ethnic/linguistic minorities with access to local-language content. | |
| Emergency & Resilience | 159. Existence of a National Emergency Telecommunications Plan (NETP). |
| 160. % of population reached by a "Cell-Broadcast" early warning system. | |
| 161. Network resilience score (Redundancy of submarine/terrestrial cables). | |
| 162. Average time to restore connectivity after a natural disaster. | |
| The AI & Data Layer | 163. Number of public sector datasets published in machine-readable formats. |
| 164. Investment in AI "Compute" infrastructure (public/private). | |
| 165. Share of jobs requiring "Advanced AI" literacy in the labor market. | |
| 166. Existence of ethical guidelines for AI use in law enforcement. | |
| Connectivity Affordability II | 167. "Device Affordability": Entry-level smartphone price as % of GNI. |
| 168. Tax burden on ICT services (Value-added tax + specific sector taxes). | |
| 169. Percentage of users on "Social Tariffs" (subsidized internet). | |
| Digital Trust & Safety | 170. Number of reported data breaches in the financial sector. |
| 171. Presence of a National Online Safety Commissioner/Regulator. | |
| 172. % of internet users who feel "Safe" or "Very Safe" online (Sentiment). | |
| Postal & Logistics Tech | 173. % of post offices providing digital/e-government services. |
| 174. Integrated Digital Logistics Index (E-commerce delivery tracking). | |
| Advanced Governance | 175. Digital "Regulatory Sandbox" active participants. |
| 176. Average time to grant a new telecommunications license. | |
| 177. Existence of Spectrum Sharing frameworks (e.g., for 5G/6G). | |
| Future Outlook | 178. Number of Quantum-encrypted communication pilots. |
| 179. Proportion of households with "Smart Metering" (IoT for energy). | |
| 180. The Universal and Meaningful Connectivity (UMC) Index (Final Score). |
| Category | Indicator Description |
| AI Governance | 181. National AI Ethics Framework existence (Legal/Regulatory). |
| 182. Public sector adoption rate of AI in citizen-facing services. | |
| 183. Number of AI-related patent applications by resident inventors. | |
| 184. Percentage of government budget allocated to AI Research. | |
| Next-Gen Infra | 185. Satellite-to-Mobile (Direct-to-Cell) commercial availability. |
| 186. Terahertz (THz) spectrum allocation for 6G testing. | |
| 187. Open RAN (Radio Access Network) adoption in national networks. | |
| 188. Submarine cable landing points (Total count & diversity). | |
| Sustainability | 189. Share of data centers using 100% Carbon-Free Energy. |
| 190. "Repairability Index" for smartphones sold in the national market. | |
| 191. E-waste recycling legislation and producer responsibility laws. | |
| 192. Digital Carbon Footprint of the national public sector. | |
| Connectivity Quality | 193. Ratio of 5G Standalone (5G-SA) vs. Non-Standalone (5G-NSA). |
| 194. Average "Meaningful Connectivity" Speed (minimum 25 Mbps). | |
| 195. Network Latency for real-time applications (Gaming/Tele-surgery). | |
| Resilience | 196. Cybersecurity "Bunker" facilities (Data sovereign storage). |
| 197. Existence of Cross-border Data Flow agreements. | |
| 198. National Digital Sovereignty score (Self-reliance in tech). | |
| The UMC Final | 199. The Digital Gini Coefficient (Measuring digital inequality). |
| 200. Universal and Meaningful Connectivity (UMC) Index (Final Composite). |
Flagship Report of the International Telecommunication Union (ITU)
The ITU Facts and Figures 2025/2026 provides a comprehensive global assessment of digital development through 200 key indicators that track the transition from basic internet access to Universal and Meaningful Connectivity (UMC). These metrics progress from fundamental infrastructure and coverage (1–100), through economic enablers like affordability and digital skills (101–150), to advanced frontiers such as AI governance, satellite-to-cell technology, and green ICT sustainability (151–200). Together, they serve as the authoritative roadmap for the United Nations, ensuring that as we approach 2030, digital transformation is not only technically available but also safe, affordable, and environmentally responsible for the 6 billion people now online.

