SDG 9 - "Build resilient infrastructure, promote inclusive and sustainable industrialization and foster innovation"
Since 2015, notable progress has been made in expanding infrastructure, fostering industrial growth, and boosting innovation. However, stark regional disparities persist, and many developing countries continue to face systemic barriers to inclusive and sustainable industrialization. To advance SDG 9, countries must boost investment in resilient infrastructure and R&D, expand access to finance for small manufacturers, and bridge the digital divide by prioritizing affordable broadband and innovation systems in the world’s most underserved regions. The UN is advancing digital inclusion through initiatives such as the Technology Bank for Least Developed Countries and the Global Digital Compact, which seeks to close connectivity gaps, expand access to innovation, and ensure digital transformation benefits.
To support accelerated progress toward SDG 9, this section presents a set of evidence‑based initiatives, followed by tailored recommendations presented by country context, i.e., countries classified by the World Bank as low‑income, middle‑income, high‑income, and fragile/conflict‑affected states (FCAS). These key recommendations recognise that countries face different constraints and opportunities, and therefore require differentiated policy and financing approaches.
Develop quality, reliable, sustainable and resilient infrastructure, including regional and transborder infrastructure, to support economic development and human well-being, with a focus on affordable and equitable access for all
9.1.1 - Proportion of the rural population who live within 2 km of an all-season road.
9.1.2 - Passenger and freight volumes, by mode of transport.
Relevance: Reliable and sustainable infrastructure is the backbone of economic growth and social development. Sustainable Development Goal 9.1 emphasises the need for resilient infrastructure that promotes inclusivity, supports economic activity, and enhances overall well-being. Well-developed infrastructure, including transportation, energy, and digital connectivity, facilitates trade, job creation, and improved access to essential services. Without adequate investment in infrastructure, countries face severe challenges, including inefficient logistics, limited market access, and disparities in regional development. Addressing infrastructure needs requires long-term planning, strategic investments, and policy interventions that enhance durability, environmental sustainability, and accessibility for all.
Examples of effective programs and initiatives: The Trans-European Transport Network (TEN-T) initiative in the European Union aims to integrate transport systems across member states, reducing travel time and enhancing economic connectivity. In Japan, the Shinkansen high-speed rail system has transformed mobility, enabling efficient transportation while reducing environmental impact. Meanwhile, Africa’s Programme for Infrastructure Development (PIDA) is working to bridge infrastructure gaps by supporting large-scale projects in transportation, energy, and water management across the continent. These programs showcase the importance of infrastructure investments that align with sustainability and economic efficiency.
Regions where programs hold potential but are underdeveloped: Sub-Saharan Africa struggles with unreliable energy access, poor road networks, and limited digital connectivity, impacting trade and investment opportunities. South Asia, particularly rural areas in India and Pakistan, faces significant infrastructure challenges, including inadequate transport systems and restricted access to clean water. Landlocked developing countries (LLDCs) often experience connectivity barriers due to geographic limitations, making trade and economic diversification difficult. Addressing infrastructure deficits in these regions requires comprehensive planning and investment strategies that integrate local needs with sustainable development principles.
Future challenges: Climate change threatens infrastructure resilience, with extreme weather events damaging transport networks, energy grids, and water systems. Urbanisation and population growth increase pressure on existing infrastructure, demanding significant expansion while maintaining sustainability. Financial constraints continue to limit large-scale infrastructure investments, especially in developing nations with constrained public budgets. Additionally, technological gaps in low-income regions hamper access to modern infrastructure, creating disparities in digital connectivity and economic opportunity. To overcome these challenges, stakeholders must embrace innovative financing mechanisms, environmentally conscious planning, and cross-sector collaboration.
Policy recommendations based on economic conditions and resource levels:
Relevance: Infrastructure plays a crucial role in shaping economic opportunity, social development, and overall well-being. Sustainable Development Goal 9.1 emphasises the need for inclusive infrastructure that is accessible to all, regardless of socioeconomic status, geographic location, or demographic background. Without affordable and equitable access to essential infrastructure—such as transportation, energy, clean water, and digital connectivity—marginalised communities risk falling further behind in economic and social progress. Bridging infrastructure gaps requires policies that prioritise accessibility, affordability, and long-term sustainability, ensuring that every individual has the tools necessary to thrive in a rapidly evolving world.
Examples of effective programs and initiatives: India’s rural electrification programs, such as Saubhagya, have expanded electricity access to millions of underserved households, improving education, healthcare, and economic opportunities. Colombia’s Integrated Public Transport System in Bogotá has transformed urban mobility by providing affordable, accessible transit options for lower-income populations, reducing disparities in transportation access. Kenya’s digital inclusion efforts, particularly through the expansion of mobile banking services like M-Pesa, have enabled financial accessibility for communities lacking traditional banking infrastructure. These programs highlight the importance of innovative approaches to making infrastructure universally accessible and affordable.
Regions where programs hold potential but are underdeveloped: Many regions continue to struggle with inadequate infrastructure access, deepening social and economic disparities. Sub-Saharan Africa faces critical gaps in electricity and clean water access, with millions living without basic services. Rural Latin America experiences significant disparities in transportation and digital connectivity, limiting educational and economic opportunities. Indigenous communities in North America and Australia often lack adequate infrastructure investment, resulting in lower quality healthcare, education, and employment opportunities compared to urban areas. Achieving equitable infrastructure access in these regions requires comprehensive policy reforms and targeted investments that address local needs.
Future challenges: Affordability remains a critical issue, particularly in low-income regions where infrastructure costs are prohibitively high for local governments and communities. Urban expansion and population growth strain existing infrastructure, increasing demand for transportation, housing, and digital services. Technological disparities between high- and low-income countries continue to widen, limiting opportunities for those without access to essential digital infrastructure. Political and economic instability can disrupt infrastructure development efforts, leaving vulnerable populations without reliable services. Addressing these challenges requires global cooperation, innovative financing solutions, and inclusive policy frameworks.
Policy recommendations based on economic conditions and resource levels:
Relevance: Global connectivity is essential for fostering economic development, enhancing trade efficiency, and promoting regional cooperation. Sustainable Development Goal 9.1 emphasises the need for robust and integrated cross-border infrastructure to facilitate seamless transportation, communication, and commerce. Strong regional infrastructure promotes stability, reduces economic disparities, and accelerates innovation by improving access to markets, resources, and technology. Without well-established cross-border networks, trade bottlenecks, inefficient logistics, and geopolitical challenges can hinder economic growth. Strengthening trans-border infrastructure requires coordinated investment strategies, policy harmonisation, and technological advancements that align with sustainability and inclusivity.
Examples of effective programs and initiatives: The Belt and Road Initiative (BRI) spearheaded by China aims to enhance trade and infrastructure networks across Asia, Africa, and Europe through investments in railways, highways, and ports. The European Union’s TEN-T (Trans-European Transport Network) is a landmark effort to create a seamless transportation infrastructure connecting EU member states, ensuring mobility and economic integration. In Africa, the Lamu Port-South Sudan-Ethiopia Transport (LAPSSET) Corridor is designed to strengthen trade and connectivity across East Africa, unlocking economic potential for landlocked nations. These programs highlight how regional cooperation and infrastructure investments can transform economic landscapes and enhance global integration.
Regions where programs hold potential but are underdeveloped: Landlocked countries in Central Asia, such as Kyrgyzstan and Tajikistan, struggle with limited access to international markets due to poor infrastructure and geographic isolation. Parts of Latin America, particularly along the Amazon basin, face logistical challenges that hinder trade and regional mobility. West African nations, despite economic agreements like ECOWAS, experience cross-border inefficiencies due to inadequate transportation networks and inconsistent regulatory frameworks. Strengthening infrastructure in these areas requires collaborative planning, financial investments, and regulatory alignment to foster seamless trade and economic interaction.
Future challenges: Geopolitical tensions can disrupt trans-border projects, delaying infrastructure development and regional cooperation. Financial constraints, particularly in developing economies, limit large-scale investments in transportation and logistics networks. Environmental concerns surrounding infrastructure expansion, including habitat destruction and carbon emissions, necessitate sustainable solutions. Technological disparities between neighbouring nations can create uneven access to digital infrastructure, slowing economic convergence. Overcoming these challenges requires collaborative policymaking, innovative financing mechanisms, and sustainability-focused infrastructure planning.
Policy recommendations based on economic conditions and resource levels:
Promote inclusive and sustainable industrialisation and, by 2030, significantly raise industry’s share of employment and gross domestic product, in line with national circumstances, and double its share in least developed countries
9.2.1 - Manufacturing value added as a proportion of GDP and per capita.
9.2.2 - Manufacturing employment as a proportion of total employment.
Relevance: Expanding industrial activity plays a pivotal role in boosting employment and economic development. Sustainable Development Goal 9.2 focuses on increasing industry’s share of employment and GDP to create more stable job opportunities, enhance productivity, and drive innovation. A thriving industrial sector supports sustainable economic growth by generating high-value employment, fostering technological advancement, and strengthening local and global markets. Without strategic investments in industry, many economies risk stagnation, limited job creation, and reliance on unstable sectors. To ensure sustainable employment growth, policies must promote industrial diversification, infrastructure development, and workforce training while considering environmental and social impacts.
Examples of effective programs and initiatives: Several countries have implemented effective strategies that have strengthened industry’s contribution to employment and GDP. Germany’s vocational training system, integrated with its industrial sector, ensures a skilled workforce that meets industry needs, contributing to economic stability. South Korea’s industrialisation policies, particularly in manufacturing and technology, have propelled the country to global leadership in sectors like semiconductors and automotive production, significantly expanding employment opportunities. Ethiopia’s industrial parks initiative aims to boost job creation by attracting foreign investment in manufacturing, textiles, and agro-processing, providing thousands of employment opportunities for local workers. These examples highlight how industrial policy can drive sustainable employment growth and economic resilience.
Regions where programs hold potential but are underdeveloped: Many regions face challenges in expanding industry’s share of employment and GDP. Sub-Saharan Africa struggles with limited industrial infrastructure, constraining job creation and economic diversification. Parts of South Asia, particularly rural areas, rely heavily on agriculture, lacking sufficient industrial opportunities for workforce expansion. Latin America, despite strong potential in manufacturing, often faces inconsistent policies that hinder long-term industrial growth. In these regions, targeted investments in infrastructure, workforce development, and sustainable industrial policies are essential to creating stable employment opportunities and boosting industrial GDP contributions.
Future challenges: Automation and technological advancement increase efficiency but pose risks for traditional industrial jobs, necessitating re-skilling programs. Global supply chain disruptions, including trade barriers and geopolitical tensions, threaten industrial stability. Climate concerns and environmental regulations require industries to adopt sustainable practices, balancing growth with ecological responsibility. Access to financing remains a major hurdle for small and medium-sized enterprises (SMEs), limiting their ability to scale operations and create jobs. Addressing these challenges requires collaborative efforts between governments, businesses, and international institutions to ensure that industrialisation remains a key driver of inclusive and sustainable employment growth.
Policy recommendations based on economic conditions and resource levels:
Low-income countries: Governments should prioritise investment in industrial infrastructure, vocational training programs, and public-private partnerships to create manufacturing and service industry jobs.
Middle-income countries: Policies should focus on technological innovation, export-oriented industries, and up-skilling workers for high-value manufacturing and digital sectors.
High-income countries: Industry sustainability should be a priority, with policies supporting green manufacturing, research and development, and adaptation to automation without sacrificing workforce stability.
Conflict-affected regions/fragile states: Recovery-focused industrial policies should emphasise rebuilding local businesses, securing international investment, and creating employment programs that support economic reintegration.
Relevance: Industrialisation is a key driver of economic growth, job creation, and technological advancement. Sustainable Development Goal 9.2 calls for a significant increase in industrial output in the least developed countries (LDCs) to strengthen their economies and reduce poverty. Many LDCs rely heavily on agriculture and extractive industries, limiting their ability to achieve higher-value economic activities. By expanding industrial capacity, these nations can diversify their economies, create stable employment opportunities, and improve their integration into global markets. However, achieving this requires targeted investments, supportive policies, and international collaboration to overcome existing barriers to industrialisation.
Examples of effective programs and initiatives: Several initiatives have demonstrated how industrial growth can transform economies in least developed countries. Bangladesh’s garment industry, supported by strategic government policies, has become a global leader in textile manufacturing, generating millions of jobs and contributing significantly to GDP growth. Ethiopia’s industrial parks initiative has attracted foreign investment in manufacturing, creating employment opportunities and enhancing export capacity. Rwanda’s light manufacturing sector, particularly in agro-processing and construction materials, has expanded through government-led industrial policies that emphasise sustainability and local production. These examples highlight the potential for industrial expansion to drive economic progress in LDCs.
Regions where programs hold potential but are underdeveloped: Many LDCs still face substantial challenges in achieving industrial growth. Sub-Saharan Africa, despite rich natural resources, struggles with inadequate infrastructure, high production costs, and limited market access, slowing industrial development. Small island developing states (SIDS) encounter logistical challenges that hinder large-scale industrial production, restricting opportunities for economic diversification. Parts of South Asia, particularly in nations with underdeveloped industrial policies, require strategic reforms to foster sustainable manufacturing growth. Addressing these gaps demands targeted investments in infrastructure, access to financing, and skills development tailored to industrial needs.
Future challenges: Expanding industrial output in LDCs is a complex challenge that requires overcoming several obstacles. Infrastructure deficits, including unreliable energy access and transportation networks, impede large-scale industrialisation. Limited access to capital, particularly for small and medium-sized enterprises (SMEs), restricts business expansion and innovation. Technological gaps make it difficult for LDCs to compete in advanced manufacturing and digital industries. Environmental and sustainability concerns necessitate industrial policies that balance economic growth with ecological protection. Tackling these challenges requires coordinated efforts from governments, private sector stakeholders, and international organisations.
Policy recommendations based on economic conditions and resource levels:
Low-income LDCs: Governments should focus on foundational industrial infrastructure, including reliable energy, transportation networks, and access to affordable financing for small businesses.
Middle-income LDCs: Investments in technological innovation and skill development programs can help transition from low-value production to high-value manufacturing.
Export-driven LDCs: Strengthening trade policies, improving market access, and incentivising foreign direct investment can enhance industrial productivity and global competitiveness.
Conflict-affected LDCs: Stabilization measures, including post-conflict reconstruction programs focused on industrial development, are essential for economic recovery and long-term growth.
Relevance: Industrialisation has long been a catalyst for economic growth, innovation, and job creation. However, traditional industrial expansion has often come at a significant environmental cost, contributing to pollution, resource depletion, and climate change. Sustainable Development Goal 9.2 emphasises the importance of environmentally friendly industrialisation to ensure long-term economic resilience without compromising ecological health. Transitioning toward sustainable industry requires a shift in production methods, adoption of green technologies, and strong policy frameworks that balance economic growth with environmental responsibility.
Examples of effective programs and initiatives: Germany’s transition to renewable energy, known as Energiewende, has significantly reduced industrial carbon emissions while maintaining economic competitiveness. Denmark’s circular economy policies in manufacturing and construction promote resource efficiency by reducing waste and maximising recycling efforts. China’s green technology investments, particularly in electric vehicle production and clean energy infrastructure, demonstrate how industrial transformation can align with sustainability objectives. These efforts highlight the potential for industries to evolve while maintaining environmental integrity.
Regions where programs hold potential but are underdeveloped: South and Southeast Asia, with rapidly growing manufacturing sectors, face challenges in controlling emissions and reducing industrial waste. Sub-Saharan Africa, despite industrial potential, lacks access to green technology and sustainable energy solutions. Latin America, particularly in resource-intensive industries such as mining and agriculture, requires stronger policies to mitigate environmental damage. Encouraging sustainable industrialisation in these regions necessitates technological investment, regulatory reforms, and international cooperation.
Future challenges: High transition costs deter industries from adopting eco-friendly technologies, particularly in emerging economies. Regulatory inconsistencies across global markets create obstacles for businesses attempting to adhere to sustainability standards. Supply chain sustainability remains a concern, as many industries rely on raw materials and production methods with high environmental footprints. Consumer and corporate resistance can slow the adoption of sustainable practices, requiring greater advocacy and incentives. Tackling these challenges demands global partnerships, financial support for sustainable innovation, and stronger enforcement of environmental policies.
Policy recommendations based on economic conditions and resource levels:
Low-income countries: Investing in renewable energy infrastructure and eco-friendly industrial practices can provide sustainable job opportunities while reducing environmental impact.
Middle-income countries: Supporting research and development for green technologies, such as energy-efficient manufacturing, can help industries transition toward sustainability.
High-income countries: Governments should implement strict regulations that incentivise industries to adopt circular economy principles, emissions reduction strategies, and resource-efficient production.
Conflict-affected regions/fragile states: Rehabilitation of damaged ecosystems and sustainable industrial recovery plans should be central to post-crisis rebuilding efforts.
Increase the access of small-scale industrial and other enterprises, in particular in developing countries, to financial services, including affordable credit, and their integration into value chains and markets
9.3.1 - Proportion of small-scale industries in total industry value added.
9.3.2 - Proportion of small-scale industries with a loan or line of credit.
Relevance: Small-scale enterprises (SSEs) serve as engines of economic growth, fostering innovation, job creation, and local development. Sustainable Development Goal 9.3 focuses on enhancing access to financial services, including affordable credit and markets, to empower small businesses and promote sustainable industrialisation. Despite their critical role in the economy, SSEs frequently struggle with financial exclusion, facing barriers such as restrictive lending policies, high borrowing costs, and insufficient collateral. Addressing these challenges through targeted policies and financial innovations is essential for enabling small businesses to thrive, compete, and contribute meaningfully to national economies.
Examples of effective programs and initiatives: Kenya’s mobile banking revolution, particularly through M-Pesa, has transformed financial inclusion, allowing small businesses to conduct transactions, access credit, and manage finances digitally. India’s Micro Units Development and Refinance Agency (MUDRA) provides microfinance and credit guarantees, benefiting entrepreneurs who lack collateral for traditional loans. Brazil’s Pronampe initiative, designed to support micro and small businesses, offers low-interest loans with government backing to enhance financial stability. These examples illustrate how innovative financial solutions can break down barriers and foster inclusive business growth.
Regions where programs hold potential but are underdeveloped: Financial accessibility remains a significant challenge for SSEs in many regions. Sub-Saharan Africa has low banking penetration, forcing small businesses to rely on informal lending, which often comes with excessive interest rates and risk. Southeast Asia, despite a strong entrepreneurial culture, experiences gaps in affordable credit due to regulatory complexities and lack of collateral. Latin America faces financial exclusion for rural entrepreneurs, limiting economic diversification outside major urban centres. Expanding financial services in these areas requires innovative approaches, including digital banking expansion, community lending programs, and alternative credit assessment methods.
Future challenges: High collateral requirements prevent many entrepreneurs from securing loans, restricting business expansion. Limited credit histories make it difficult for new businesses to establish financial credibility, hindering access to affordable funding. Technological barriers in low-income and remote regions slow adoption of mobile banking and digital financial services. Economic instability creates unpredictable financial conditions, making lending riskier for financial institutions. Addressing these challenges requires a mix of financial sector reforms, government support, and technological innovations tailored to small businesses.
Policy recommendations based on economic conditions and resource levels:
Relevance: Market integration is essential for small industries to grow, compete, and contribute meaningfully to economic development. Sustainable Development Goal 9.3 emphasises the need to strengthen value chains and enhance the participation of small industries in domestic and global markets. Without robust integration into supply chains, small businesses struggle with limited access to raw materials, inefficient production processes, and restricted market reach. Strengthening market participation requires strategic policy interventions, investments in infrastructure, and the adoption of innovative business models that support small enterprises in accessing larger markets, improving efficiency, and increasing profitability.
Examples of effective programs and initiatives: Colombia’s coffee cooperatives provide small-scale farmers with direct access to international markets by streamlining logistics and ensuring fair pricing. Vietnam’s textile industry development strategy, supported by government reforms, enables small manufacturers to integrate into global supply chains through improved production standards and trade agreements. Kenya’s agricultural value chain programs, particularly in horticulture and dairy, enhance smallholder participation by linking producers with processing facilities and export markets. These examples demonstrate how market integration strategies can elevate small industries and drive sustainable economic growth.
Regions where programs hold potential but are underdeveloped: Sub-Saharan Africa faces logistical challenges and high transportation costs that limit small enterprises' access to regional and international markets. South Asia, particularly in rural economies, lacks the infrastructure needed to connect small businesses with larger supply chains. Latin America, despite strong export potential, often experiences inefficiencies in distribution networks and regulatory constraints that hinder small enterprises from scaling operations. Addressing these challenges requires investment in infrastructure, regulatory reforms, and targeted programs to enhance value chain efficiency and global market access.
Future challenges: Limited financial resources make it difficult for small businesses to invest in technology and expand production capacities. Trade barriers and complex regulatory frameworks create obstacles for small enterprises seeking to enter regional and international markets. Digital transformation disparities prevent small businesses from leveraging e-commerce and online trade platforms effectively. Supply chain vulnerabilities, such as disruptions due to geopolitical issues and climate change, pose risks to market stability and small industry sustainability. Strengthening market participation requires coordinated efforts across governments, financial institutions, and the private sector.
Policy recommendations based on economic conditions and resource levels:
Low-income countries: Governments should invest in rural transportation infrastructure to improve connectivity for small producers. Financial support should focus on subsidising production inputs and facilitating direct trade agreements that help small enterprises enter regional and international markets. Public-private partnerships should be encouraged to create aggregation hubs, where small businesses can consolidate goods for larger-scale distribution.
Middle-income countries: Trade policies should prioritise reducing bureaucratic barriers for small enterprises, ensuring easier access to export markets. Investments in digital trade infrastructure should support small businesses in utilising e-commerce, improving competitiveness in regional and international supply chains. Supply chain financing programs should be expanded, enabling businesses to bridge gaps in working capital and scale their operations efficiently.
High-income countries: Policy frameworks should focus on ethical sourcing and fair-trade agreements that benefit small industries in lower-income nations. Large corporations should be incentivised through tax benefits and investment grants to integrate small enterprises into their supply chains, fostering inclusive market participation. Investments in advanced logistics systems should enhance efficiency and transparency in global supply networks, reducing costs for small businesses to enter competitive markets.
Conflict-affected regions/fragile states: Emergency trade and market stabilisation programs should be introduced to restore disrupted supply chains. Investment should prioritise rebuilding key infrastructure that supports small enterprise market access, such as roads, ports, and digital connectivity. International trade agreements should incorporate flexible provisions that allow small businesses in post-conflict economies to reintegrate into regional and global markets without facing restrictive compliance requirements.
By 2030, upgrade infrastructure and retrofit industries to make them sustainable, with increased resource-use efficiency and greater adoption of clean and environmentally sound technologies and industrial processes, with all countries taking action in accordance with their respective capabilities
Relevance: Resource efficiency is a cornerstone of sustainable industrialisation, ensuring that production and consumption patterns minimise environmental impact while maximising economic and social benefits. Sustainable Development Goal 9.4 focuses on upgrading industries to reduce waste, improve energy efficiency, and adopt environmentally responsible production methods. Without effective resource management, industries contribute to pollution, excessive energy use, and depletion of natural resources. Transitioning toward sustainable production requires coordinated efforts in innovation, regulation, and investment to create circular economies that balance economic growth with ecological preservation.
Examples of effective programs and initiatives: Germany’s circular economy policies encourage resource recovery and recycling, minimising industrial waste through closed-loop production systems. Japan’s energy-efficient manufacturing strategies, particularly in automotive and electronics industries, significantly reduce carbon emissions while maintaining competitive industrial output. The European Union’s Eco-Design Directive promotes sustainable product development by setting efficiency standards for industries, ensuring that goods are produced with minimal environmental impact. These initiatives demonstrate how sustainable resource management can enhance industrial productivity while preserving environmental integrity.
Regions where programs hold potential but are underdeveloped: Sub-Saharan Africa struggles with outdated industrial technologies and inadequate waste management systems, leading to excessive resource consumption. South Asia, despite being a hub for manufacturing, lacks widespread adoption of energy-efficient processes. Latin America, with large-scale extractive industries, faces significant challenges in balancing industrial expansion with sustainable resource use. Addressing these inefficiencies requires targeted investments in green technology, regulatory frameworks, and education on sustainable industrial practices.
Future challenges: The transition to resource-efficient production faces several barriers that require strategic solutions. High costs of green technologies deter industries, especially in developing economies, from adopting sustainable practices. Weak regulatory enforcement allows businesses to continue environmentally harmful production methods, slowing progress toward sustainability goals. Supply chain inefficiencies contribute to excessive waste generation, making it difficult for industries to optimise raw material use. Consumer behaviour and demand for fast-production goods challenge sustainable consumption efforts, requiring shifts toward ethical purchasing habits. Strengthening resource efficiency requires comprehensive policies, financial incentives, and cross-sector collaboration to foster environmentally responsible industrialisation.
Policy recommendations based on economic conditions and resource levels:
Relevance: The industrial sector plays a crucial role in economic development but is also a major contributor to environmental degradation through emissions, resource depletion, and pollution. Sustainable Development Goal 9.4 calls for a transition toward environmentally sound industrial processes, promoting clean technologies that reduce ecological impact while maintaining productivity. Integrating clean technology into industrial operations improves energy efficiency, reduces waste, and minimises carbon footprints, ensuring that economic growth aligns with sustainability goals. Scaling up adoption requires targeted investment, regulatory incentives, and strategic partnerships that drive innovation in industrial processes.
Examples of effective programs and initiatives: Several industrial sectors have successfully integrated clean technologies into their production models. Sweden’s green steel initiative, HYBRIT, replaces coal with hydrogen in steel production, drastically reducing carbon emissions. China’s clean energy transition, particularly in solar and wind energy manufacturing, demonstrates how industrial development can align with renewable energy expansion. The Netherlands’ circular economy policies focus on minimising waste in manufacturing through reuse, recycling, and eco-design principles. These examples illustrate how industrial innovation can drive sustainable production while maintaining economic competitiveness.
Regions where programs hold potential but are underdeveloped: South Asia’s manufacturing sector, particularly in textile production, faces challenges in reducing water pollution and chemical waste. Sub-Saharan Africa, with growing industrial zones, struggles with outdated technologies that contribute to high emissions and inefficient resource use. Latin America’s extractive industries, including mining and agriculture, require stronger incentives to implement clean production techniques. Expanding clean technology adoption in these regions demands government incentives, infrastructure development, and international cooperation.
Future challenges: High initial costs deter industries, particularly in emerging economies, from investing in cleaner production technologies. Regulatory gaps and inconsistent enforcement slow the adoption of eco-friendly industrial practices. Supply chain integration issues make it difficult to scale clean technologies across industrial networks. Technological limitations in lower-income countries prevent access to cutting-edge innovations, reinforcing reliance on traditional production methods. Addressing these challenges requires targeted policies, financial incentives, and industry-led innovation to accelerate clean technology adoption.
Policy recommendations based on economic conditions and resource levels:
Relevance: Sustainable industrialisation is essential for balancing economic growth with environmental protection, ensuring that industries evolve without compromising natural ecosystems. Sustainable Development Goal 9.4 calls for coordinated global efforts to advance environmentally responsible industrial practices, improve resource efficiency, and reduce carbon footprints. Given the interconnected nature of economies and supply chains, achieving sustainability requires nations to collaborate on policy frameworks, technological innovation, and industry standards. Without unified global action, environmental degradation, resource depletion, and industrial inefficiencies will continue to pose challenges to long-term prosperity.
Examples of effective programs and initiatives: The Paris Agreement, a landmark climate accord, encourages nations to reduce industrial emissions and invest in clean technologies. The European Green Deal sets ambitious sustainability targets for industries, promoting circular economy principles and carbon neutrality across member states. China’s Belt and Road Initiative Green Development integrates sustainability measures into global infrastructure projects, ensuring industrial expansion aligns with environmental goals. These initiatives demonstrate how international cooperation can accelerate progress toward cleaner, more efficient industrial systems.
Regions where programs hold potential but are underdeveloped: South and Southeast Asia, with large manufacturing sectors, face difficulties in transitioning to low-carbon production due to high costs and regulatory gaps. Sub-Saharan Africa, despite industrial growth potential, lacks sufficient investment in green infrastructure and energy efficiency. Latin America, particularly in resource-intensive industries, requires stronger enforcement of sustainability standards to reduce environmental impacts. Addressing these gaps requires financial support, regulatory alignment, and collaborative policy efforts tailored to regional needs.
Future challenges: Achieving global sustainable industrialisation comes with multiple challenges that require long-term solutions. Disparities in technological capabilities prevent low-income nations from adopting advanced clean production methods. Limited financial resources make it difficult for developing economies to transition toward sustainability. Weak enforcement of international agreements slows progress, allowing industries to continue unsustainable practices. Geopolitical tensions and trade barriers hinder cooperation on sustainability initiatives. Tackling these challenges demands stronger international governance, financial incentives, and equitable access to green technologies.
Policy recommendations based on economic conditions and resource levels:
Enhance scientific research, upgrade the technological capabilities of industrial sectors in all countries, in particular developing countries, including, by 2030, encouraging innovation and substantially increasing the number of research and development workers per 1 million people and public and private research and development spending
9.5.1 - Research and development expenditure as a proportion of GDP.
9.5.2 - Researchers (in full-time equivalent) per million inhabitants.
Relevance: Innovation drives economic growth, technological advancements, and sustainable solutions to global challenges. Sustainable Development Goal 9.5 calls for increased investment in research and development (R&D) to accelerate industrial progress, improve productivity, and enhance competitiveness across all economic sectors. Without adequate funding, businesses, universities, and research institutions struggle to develop breakthrough technologies, limiting economic diversification and industrial transformation. Strengthening R&D investments enables nations to tackle pressing issues, such as climate change, healthcare innovation, and digital transformation, while fostering a knowledge-based economy.
Examples of effective programs and initiatives: Korea’s commitment to technology-driven industries, particularly in electronics and automotive manufacturing, has transformed it into a global leader in innovation. Germany’s Fraunhofer Institutes, a network of applied research institutions, focus on commercialising scientific discoveries, bridging the gap between academia and industry. The United States’ National Science Foundation (NSF) funds cutting-edge research across multiple disciplines, supporting technological advancements with industrial applications. These initiatives showcase how strategic investment in innovation fosters long-term economic resilience.
Regions where programs hold potential but are underdeveloped: While leading economies prioritise R&D funding, many regions face barriers to innovation investment. Sub-Saharan Africa struggles with limited access to research funding and infrastructure, slowing technological progress. South Asia, despite emerging tech hubs, lacks widespread institutional support for scientific innovation. Latin America, with strong potential in fields such as biotechnology and renewable energy, requires greater investment in research facilities and innovation ecosystems. Bridging these gaps requires coordinated policy efforts, international funding mechanisms, and industry partnerships.
Future challenges: Expanding global R&D investment presents several long-term challenges. Limited government budgets in developing economies restrict funding for research institutions and innovation hubs. Private sector hesitancy in high-risk R&D investments slows progress in breakthrough technologies. Intellectual property concerns hinder collaborative research efforts between nations and industries. Disparities in technological infrastructure make it difficult for lower-income nations to compete in global innovation markets. Tackling these challenges requires strategic funding models, regulatory support, and international knowledge-sharing partnerships.
Policy recommendations based on economic conditions and resource levels:
Relevance: Technological capabilities are essential for driving industrial growth, enhancing productivity, and fostering innovation. Sustainable Development Goal 9.5 focuses on strengthening technological capabilities within industries to improve competitiveness, streamline production, and support sustainable economic development. Investing in advanced technologies allows industries to optimise operations, reduce environmental impact, and adapt to evolving market demands. Without proactive policies and investment in research, industries risk falling behind in the global economy. Strengthening industrial technological capabilities requires strategic collaboration between governments, businesses, and research institutions to accelerate innovation and ensure broad access to transformative technologies.
Examples of effective programs and initiatives: Germany’s Industry 4.0 framework integrates artificial intelligence (AI), robotics, and automation into manufacturing, improving efficiency and reducing waste. South Korea’s investment in semiconductor and electronics technology has positioned the country as a leader in high-tech industrial production. China’s adoption of advanced digital manufacturing, including smart factories and industrial AI, enhances supply chain optimisation and cost efficiency. These initiatives demonstrate how technological advancement can strengthen industrial competitiveness and create long-term economic resilience.
Regions where programs hold potential but are underdeveloped: Sub-Saharan Africa, with limited access to high-tech infrastructure, faces challenges in integrating automation and digital manufacturing. South Asia, while a hub for labor-intensive industries, needs stronger investment in AI and advanced production techniques to compete in global markets. Latin America, particularly in traditional industries such as mining and agriculture, requires greater technological adoption to improve efficiency and sustainability. Addressing these gaps requires investment in education, infrastructure, and international collaborations that drive technology transfer.
Future challenges: High costs of advanced technologies prevent widespread adoption, particularly in developing economies. Skills gaps in technical education slow workforce adaptation to new industrial technologies. Cybersecurity risks in digital manufacturing threaten industrial data integrity and operational continuity. Global disparities in access to AI and automation limit economic opportunities for lower-income nations. Overcoming these challenges requires targeted policy frameworks, investment in technical education, and international cooperation to democratise access to industrial technologies.
Policy recommendations based on economic conditions and resource levels:
Relevance: A skilled workforce is the foundation of technological advancement and industrial progress. Sustainable Development Goal 9.5 emphasises the need to expand training for research and innovation professionals to ensure that industries remain competitive and capable of driving economic transformation. Without adequate investment in workforce development, industries struggle with skill gaps, limiting their ability to adopt new technologies and conduct groundbreaking research. Strengthening education and professional training programs empowers workers to participate in high-value innovation sectors, fostering industrial sustainability and long-term economic resilience.
Examples of effective programs and initiatives: Germany’s dual education system, which integrates vocational training with formal education, ensures that workers develop skills aligned with industrial and technological demands. South Korea’s focus on STEM education and R&D funding has enabled the country to build a highly skilled workforce for high-tech industries, including electronics and biotechnology. The United States’ National Science Foundation (NSF) workforce development programs provide grants to universities and industry partnerships, supporting training initiatives in advanced research fields. These models demonstrate how investment in workforce development strengthens innovation capacity and industrial competitiveness.
Regions where programs hold potential but are underdeveloped: Sub-Saharan Africa lacks widespread STEM education infrastructure, limiting opportunities for research-oriented careers. South Asia, despite having strong educational institutions, faces challenges in retaining skilled professionals due to limited domestic R&D investments. Latin America, with growing industrial and tech sectors, requires greater focus on innovation-focused training to meet the demands of emerging industries. Addressing these gaps requires long-term investments in education systems, industry-academia collaboration, and international training partnerships.
Future challenges: Limited access to specialised training programs prevents workers from acquiring skills in cutting-edge technologies. Brain drain in developing nations leads to the migration of skilled professionals to higher-income economies, reducing local innovation capacity. Industry-academia disconnect slows the translation of research discoveries into industrial applications. Insufficient funding for workforce training restricts opportunities for re-skilling and technical education. Tackling these challenges requires coordinated policy efforts, cross-sector collaboration, and sustainable financing mechanisms.
Policy recommendations based on economic conditions and resource levels:
Facilitate sustainable and resilient infrastructure development in developing countries through enhanced financial, technological and technical support to African countries, least developed countries, landlocked developing countries and small island developing States
9.a.1 - Total official international support (official development assistance plus other official flows) to infrastructure.
Relevance: Infrastructure is the foundation of economic growth, social development, and industrial progress. Sustainable Development Goal 9.a emphasises the need for increased financial support to develop resilient, sustainable, and inclusive infrastructure in developing nations. Without adequate investment, countries face logistical bottlenecks, limited market access, and restricted opportunities for economic diversification. Strengthening infrastructure in transport, energy, digital connectivity, and water systems enables nations to enhance productivity, attract foreign investment, and improve quality of life. Achieving this requires targeted funding strategies, international cooperation, and innovative financing mechanisms.
Examples of effective programs and initiatives: China’s Belt and Road Initiative (BRI) provides large-scale funding for infrastructure projects across Asia, Africa, and Latin America, strengthening regional trade networks and connectivity. The World Bank’s Infrastructure for Development Program supports developing nations with grants and loans for projects in transportation, energy, and water access. Africa’s Programme for Infrastructure Development (PIDA) focuses on cross-border infrastructure projects to enhance regional economic integration. These programs demonstrate how financial support can transform national economies and accelerate sustainable industrialisation.
Regions where programs hold potential but are underdeveloped: Sub-Saharan Africa experiences limited road networks, unreliable electricity access, and gaps in digital connectivity, restricting economic potential. South Asia, particularly rural areas, struggles with inadequate transportation and sanitation infrastructure. Small Island Developing States (SIDS) face logistical challenges in energy security, port development, and climate-resilient infrastructure. Post-conflict regions require reconstruction financing to restore essential infrastructure, enabling long-term economic recovery. Addressing these gaps requires financial investments tailored to specific regional needs.
Future challenges: Limited financial resources hinder large-scale infrastructure development, particularly in low-income economies. High debt burdens in emerging nations make it difficult to secure sustainable financing for new projects. Climate change risks threaten infrastructure resilience, requiring sustainable and adaptive solutions. Private sector hesitancy in infrastructure investments slows progress due to concerns over returns and long-term stability. Tackling these challenges requires international financial cooperation, innovative funding models, and strategic investment planning.
Policy recommendations based on economic conditions and resource levels:
Relevance: Access to technical expertise and advanced technologies is essential for driving industrial growth, improving productivity, and fostering sustainability in developing nations. Sustainable Development Goal 9.a emphasises the need to provide technical assistance and facilitate technology transfer, ensuring that all countries—especially low-income nations—can benefit from industrial innovation. By equipping industries with modern technological solutions and specialised knowledge, nations can enhance infrastructure development, improve resource efficiency, and accelerate economic progress. Strengthening technical assistance requires international collaboration, capacity-building programs, and policies that promote equitable access to technology.
Examples of effective programs and initiatives: The United Nations Industrial Development Organization (UNIDO) provides technical assistance to developing countries, helping industries adopt sustainable technologies and modern production methods. China’s South-South Cooperation Programme promotes technology exchange among developing nations, offering expertise in infrastructure development and industrial modernisation. The European Union’s Horizon Europe initiative supports international research collaboration, enabling developing economies to access scientific knowledge and innovative industrial technologies. These examples illustrate the importance of international cooperation in advancing technical expertise and technology accessibility.
Regions where programs hold potential but are underdeveloped: While some regions benefit from international technical cooperation, others continue to experience challenges in accessing expertise and new technologies. Sub-Saharan Africa faces a shortage of specialised knowledge in manufacturing, clean energy, and digital transformation, limiting industrial scalability. South Asia, despite strong educational institutions, requires greater industry-academia collaboration to apply research in practical industrial settings. Latin America, particularly in resource-intensive sectors, needs assistance in sustainable production techniques and environmental management. Bridging these gaps requires increased investments in knowledge-sharing platforms, professional training, and technology transfer programs.
Future challenges: Limited research and development (R&D) infrastructure restricts domestic innovation capabilities in low-income nations. Disparities in technological access create competitive disadvantages for developing countries. Weak intellectual property frameworks discourage knowledge-sharing initiatives between industries and nations. Financial constraints hinder emerging economies from adopting advanced technologies due to high implementation costs. Overcoming these challenges requires global partnerships, sustainable financing models, and strengthened policies that encourage responsible technology exchange.
Policy recommendations based on economic conditions and resource levels:
Relevance: Global partnerships are essential for accelerating infrastructure growth, especially in developing nations where financial and technical resources are limited. Sustainable Development Goal 9.a calls for strengthened international cooperation to facilitate large-scale infrastructure investment, improve technological access, and promote resilient economic development. Collaborative initiatives between governments, private-sector investors, and development organisations enable countries to address infrastructure deficits while ensuring long-term sustainability. Without coordinated efforts, disparities in infrastructure quality and access will persist, restricting economic progress and social development.
Examples of effective programs and initiatives: China’s Belt and Road Initiative (BRI) connects nations through extensive transport, energy, and trade infrastructure projects, fostering economic integration across Asia, Africa, and Europe. The European Union’s Global Gateway strategy promotes sustainable infrastructure investment in digital, energy, and transport sectors in developing economies. The African Development Bank’s Infrastructure Consortium for Africa (ICA) mobilises international resources to improve cross-border infrastructure connectivity and regional trade efficiency. These initiatives highlight the importance of global collaboration in bridging infrastructure gaps and enhancing economic resilience.
Regions where programs hold potential but are underdeveloped: Several regions still face challenges in securing international infrastructure support. Sub-Saharan Africa struggles with inconsistent foreign investment and underdeveloped transport and energy networks. South Asia, particularly rural and coastal regions, requires stronger international funding commitments to expand essential infrastructure services. Latin America, despite significant industrial potential, faces difficulties in attracting sustained infrastructure investment due to economic instability. Strengthening partnerships in these regions demands targeted international financing, policy alignment, and enhanced technical cooperation.
Future challenges: Political and regulatory misalignment between partner nations slows project implementation and affects investment confidence. Debt sustainability concerns hinder low-income countries from securing long-term financing without excessive financial burdens. Geopolitical tensions disrupt cross-border infrastructure projects, delaying development efforts. Climate adaptation requirements add complexity to infrastructure planning, necessitating green investment strategies. Tackling these challenges requires diplomatic coordination, sustainable financing mechanisms, and transparent governance in infrastructure development.
Policy recommendations based on economic conditions and resource levels:
Support domestic technology development, research and innovation in developing countries, including by ensuring a conducive policy environment for, inter alia, industrial diversification and value addition to commodities
9.b.1 - Proportion of medium and high-tech industry value added in total value added.
Relevance: Local innovation is critical for economic resilience, industrial competitiveness, and technological advancement. Sustainable Development Goal 9.b emphasises the need to promote domestic research and development, ensuring that nations build their own technological capabilities instead of relying solely on foreign expertise. Strengthening local innovation fosters homegrown solutions to national challenges, enhances economic independence, and supports sustainable industrialisation. Without strategic policies and investments in domestic R&D, industries risk falling behind in global markets, limiting their ability to innovate and compete.
Examples of effective programs and initiatives: South Korea’s commitment to R&D investment, particularly in electronics and digital technologies, has propelled it to global leadership in innovation. Germany’s Fraunhofer Institutes provide direct research funding to domestic industries, ensuring that scientific discoveries are commercialised for industrial applications. Brazil’s National Innovation System supports local technology startups and research institutions, fostering industrial expansion through homegrown technological solutions. These initiatives highlight how strategic R&D investments drive sustainable industrial growth.
Regions where programs hold potential but are underdeveloped: Many regions have a weak R&D infrastructure. Sub-Saharan Africa faces limited investment in research facilities, restricting technological development across industries. South Asia, despite a strong scientific community, requires greater integration between academia and industrial sectors to translate research into commercial innovation. Latin America, with emerging tech hubs, needs increased funding for local startups and research centres to develop globally competitive industries. Expanding domestic research capabilities in these regions demands coordinated investment strategies, policy reforms, and stronger education systems.
Future challenges: Limited funding for R&D restricts local industries from investing in innovation. Brain drain leads skilled professionals to migrate to high-income nations with better research opportunities. Weak intellectual property protections discourage businesses and researchers from investing in technological advancements. Slow adoption of digital transformation prevents industries from leveraging new research for production efficiency. Overcoming these barriers requires comprehensive policies that support industrial research, safeguard intellectual property, and encourage knowledge retention.
Policy recommendations based on economic conditions and resource levels:
Relevance: Industrial diversification is essential for fostering economic stability, reducing dependency on traditional sectors, and enhancing global competitiveness. Sustainable Development Goal 9.b emphasises the need for nations to expand their industrial base beyond conventional industries such as agriculture, extractive industries, and low-value manufacturing. By encouraging technological advancements and emerging industries—including green energy, digital innovation, and advanced manufacturing—countries can create sustainable economic opportunities while mitigating risks associated with sector-specific downturns. Strategic policies must support innovation, investment, and workforce adaptation to ensure long-term industrial transformation.
Examples of effective programs and initiatives: South Korea’s transition from agriculture to high-tech manufacturing, particularly in electronics and automotive production, transformed the nation into a global industrial powerhouse. Singapore’s emphasis on digital economies, including fintech and biotech innovation, has shifted its economic reliance away from traditional trade-based industries. United Arab Emirates’ diversification from oil dependence, investing in tourism, renewable energy, and aerospace, illustrates how economies can strategically evolve beyond dominant industries. These examples highlight the importance of forward-thinking policies that enable industrial diversification.
Regions where programs hold potential but are underdeveloped: Sub-Saharan Africa, heavily reliant on agriculture and raw material exports, requires investment in advanced manufacturing and digital services. South Asia, particularly India and Bangladesh, faces challenges in transitioning from textile-heavy industries to high-tech and service-based sectors. Latin America, with a historical reliance on mining and commodities, needs to integrate technology-driven industries into national economic frameworks. Addressing these diversification gaps requires targeted financial incentives, skills development, and infrastructure improvements.
Future challenges: Limited investment in emerging industries slows diversification efforts and hinders competitiveness. Skills gaps restrict workforce adaptability, preventing industrial sectors from transitioning into high-value markets. Market entry barriers for innovative businesses make it difficult for startups and non-traditional industries to gain traction. Infrastructure limitations reduce connectivity between diversified industries and international markets. Overcoming these challenges requires coordinated government policies, private-sector engagement, and long-term industrial strategy alignment.
Policy recommendations based on economic conditions and resource levels:
Relevance: Industrial innovation thrives when supported by effective regulations that foster technological advancement, research investment, and market competitiveness. Sustainable Development Goal 9.b emphasises the importance of strengthening policies that encourage industrial transformation, ensuring businesses can innovate while maintaining economic and environmental sustainability. Without well-defined regulations, industries face barriers such as inconsistent funding, weak intellectual property protections, and regulatory gaps that slow technological development. Strengthening policy frameworks ensures industrial sectors can evolve while aligning with global standards and sustainability commitments.
Examples of effective programs and initiatives: The European Union’s Innovation Union Strategy promotes R&D investment, simplifying patent protections and enhancing cross-border industrial collaboration. Japan’s regulatory incentives for advanced manufacturing enable businesses to adopt cutting-edge technologies while maintaining long-term competitiveness. The United States’ National Innovation and Science Agenda funds industrial research, offering tax breaks for businesses investing in technological innovation. These initiatives demonstrate how policy strengthening can drive industrial progress and improve national economic resilience.
Regions where programs hold potential but are underdeveloped: Sub-Saharan Africa, with emerging manufacturing sectors, needs stronger intellectual property frameworks and technology investment incentives. South Asia, particularly India and Pakistan, faces regulatory hurdles that slow adoption of advanced industrial practices. Latin America, despite having strong entrepreneurial ecosystems, struggles with inconsistent industrial regulations that hinder innovation financing and market expansion. Addressing these policy gaps requires legal reforms, strategic investment planning, and institutional capacity-building.
Future challenges: Bureaucratic inefficiencies slow the approval process for industrial research grants and intellectual property protections. Limited access to industrial R&D funding restricts businesses from investing in breakthrough technologies. International regulatory misalignment prevents emerging economies from participating fully in global innovation markets. Technological disparities create gaps in policy implementation, particularly in regions with limited digital infrastructure. Overcoming these barriers requires comprehensive reforms that simplify regulation, incentivise research, and ensure policy consistency across industries.
Policy recommendations based on economic conditions and resource levels:
Significantly increase access to information and communications technology and strive to provide universal and affordable access to the Internet in least developed countries by 2020
9.c.1 - Proportion of population covered by a mobile network, by technology.
Relevance: Access to affordable and reliable internet is essential for social and economic development. Sustainable Development Goal 9.c focuses on expanding digital connectivity, ensuring that all individuals—regardless of location or socioeconomic status—can participate in the digital economy, access online education, and engage in e-governance services. Digital inclusion strengthens innovation, enhances business opportunities, and improves access to essential services, such as tele-health and e-learning. However, disparities in internet access persist, particularly in rural and low-income areas, hindering economic opportunities and widening the digital divide. Achieving universal and affordable internet access requires targeted investments, technological advancements, and policy frameworks that promote equitable digital inclusion.
Examples of effective programs and initiatives: Kenya’s digital finance revolution, powered by mobile banking services like M-Pesa, has enabled millions to participate in financial transactions without requiring traditional banking infrastructure. India’s BharatNet project is one of the largest rural broadband initiatives, aiming to provide internet access to remote villages through fibre-optic networks. The European Union’s Connecting Europe Facility (CEF) supports the expansion of high-speed broadband access across member states, ensuring digital inclusivity. These initiatives highlight how strategic investments in digital infrastructure can bridge connectivity gaps and support social and economic inclusion.
Regions where programs hold potential but are underdeveloped: Several regions remain significantly underserved in terms of internet accessibility. Sub-Saharan Africa experiences high internet costs and unreliable infrastructure, preventing many from accessing digital services. South Asia, particularly rural areas, faces challenges in expanding broadband connectivity due to weak infrastructure investment. Latin America, despite a growing digital economy, struggles with disparities in internet affordability, particularly in indigenous and remote communities. Small Island Developing States (SIDS) encounter logistical challenges in deploying internet infrastructure, slowing digital access expansion. Addressing these connectivity gaps requires targeted financing, improved regulatory frameworks, and the adoption of innovative digital technologies.
Future challenges: High infrastructure costs make broadband expansion difficult, particularly in low-income and rural areas. Limited digital literacy prevents marginalised populations from fully utilising internet services, restricting their participation in the digital economy. Market monopolies in internet service provision lead to high costs and accessibility barriers, reducing competition and affordability. Cybersecurity threats and data privacy concerns hinder trust in digital platforms, discouraging wider adoption of online services. Tackling these challenges requires policy coordination, investment in inclusive technology, and global partnerships that drive equitable digital access.
Policy recommendations based on economic conditions and resource levels:
Relevance: Expanding information and communication technology (ICT) infrastructure is essential for closing the digital divide and ensuring equitable access to economic and social opportunities. Sustainable Development Goal 9.c emphasises the need to improve connectivity in underserved regions, particularly in rural and low-income areas where digital access remains limited. Reliable internet and mobile connectivity enable communities to participate in online education, access e-commerce, benefit from telemedicine, and engage in global markets. However, geographical, financial, and technological barriers often hinder ICT expansion. Overcoming these challenges requires strategic investment, regulatory support, and innovative solutions that make digital connectivity accessible to all.
Examples of effective programs and initiatives: Kenya’s mobile network expansion, driven by innovations like M-Pesa, has provided financial access to millions who lack traditional banking services. India’s Digital India initiative strengthens broadband infrastructure and mobile connectivity in remote villages, ensuring access to government services and economic opportunities. The European Union’s Broadband Expansion Fund subsidises high-speed internet access in rural communities across member states, reducing digital inequality. These initiatives demonstrate how ICT investment transforms economic landscapes and improves quality of life.
Regions where programs hold potential but are underdeveloped: Sub-Saharan Africa experiences high costs and unreliable connectivity due to limited broadband coverage and infrastructure deficits. South Asia, particularly rural areas in India and Pakistan, faces digital exclusion despite growing demand for connectivity. Latin America, despite strong urban networks, struggles with connectivity in remote and indigenous communities. Small Island Developing States (SIDS) encounter logistical challenges in broadband deployment, restricting access to essential digital services. Addressing these connectivity gaps requires innovative financing, supportive regulations, and investment in digital infrastructure.
Future challenges: High deployment costs make broadband expansion economically unfeasible in remote areas without government subsidies or private-sector investment. Limited technological capacity in lower-income countries slows ICT advancements, delaying network upgrades. Regulatory inconsistencies create inefficiencies in expanding connectivity across borders and underserved communities. Cybersecurity and digital literacy concerns hinder full participation in online services, requiring parallel investments in education and protection frameworks. Tackling these challenges requires coordinated policy measures, financial incentives, and public-private partnerships.
Policy recommendations based on economic conditions and resource levels:
Relevance: Digital tools and resources are fundamental to modern economic and social development, enabling individuals to access education, employment opportunities, healthcare, and communication networks. Sustainable Development Goal 9.c emphasises the need to promote equal access to technology, ensuring that all individuals, regardless of socioeconomic background or geographic location, can benefit from digital advancements. Without inclusive technology access, marginalised communities face significant barriers to progress, deepening inequalities in economic participation and social mobility. Expanding access to digital tools requires strategic investments in infrastructure, affordability measures, and targeted policy interventions that address disparities in digital inclusion.
Examples of effective programs and initiatives: Kenya’s mobile-based learning platforms, such as Eneza Education, provide students in remote areas with access to educational content via simple mobile devices. India’s Digital Literacy Mission equips underserved populations with fundamental digital skills, enabling participation in the digital economy. The European Union’s Digital Inclusion Fund supports projects that provide affordable digital devices and connectivity solutions for lower-income communities. These examples demonstrate how targeted programs can bridge digital gaps and create equitable access to technological resources.
Regions where programs hold potential but are underdeveloped: Sub-Saharan Africa experiences high costs of digital devices and weak infrastructure, limiting widespread technology adoption. South Asia, particularly rural communities, faces challenges related to digital literacy and device affordability. Latin America, despite urban digital growth, struggles with disparities in technology access in indigenous and remote areas. Small Island Developing States (SIDS) encounter logistical obstacles in deploying technology infrastructure, slowing digital inclusion efforts. Addressing these accessibility challenges requires innovative financing models, regulatory reforms, and capacity-building programs.
Future challenges: High costs of digital devices and internet services restrict affordability for lower-income populations. Limited digital literacy prevents many individuals from fully utilising technology for education, employment, and financial inclusion. Market monopolies in digital infrastructure keep prices high and restrict competitive alternatives for consumers. Privacy and cybersecurity risks hinder trust in digital platforms, slowing adoption in underserved communities. Tackling these challenges requires inclusive policies, public-private partnerships, and adaptive digital education programs.
Policy recommendations based on economic conditions and resource levels:
All visual datasets have been sourced from Our World in Data.
Individual references for each dataset are currently being compiled and will be published on the site shortly