African Governments Accelerate Embrace of Science and Technology for Development
Over the past two decades, African governments and development agencies have increasingly recognized the power of science, technology, and innovation as essential catalysts for development. These tools enhance productivity, lower transaction costs, create new business opportunities, and foster social inclusion. They also provide society with vital resources to address pressing issues such as climate change and persistent poverty.
By 2020, at least 25 African nations had established national policy frameworks focused on science, technology, and innovation, a significant increase from just eight in 2010.
Reassessing Innovation Measurement in Africa
For innovation to effectively tackle critical challenges like youth unemployment, food insecurity, digital exclusion, and climate vulnerability, it is crucial that African governments reevaluate how they measure these efforts. Assessing science, technology, and innovation accurately allows policymakers to gauge the effectiveness of their investments. Without appropriate indicators, valuable resources could be misallocated, hindering progress toward developmental goals.
The pressing question remains: are African governments, development partners, and academics measuring what truly matters?
The Existing Measurement Landscape
Our team of researchers, who have dedicated years to studying science, technology, and innovation systems across South Africa, Nigeria, and other African nations, set out to explore this question. A recent study revealed that many indicators used to monitor innovation in Africa are borrowed from high-income countries, thus missing the unique context of the continent.
While established metrics such as R&D expenditure, the number of patents, and research personnel offer some insights, they primarily reflect a formal, high-tech model that is characteristic of wealthier nations. This contrasts starkly with African economies, which are largely driven by informal enterprises and grassroots innovations born out of necessity.
Challenges of Capture and Recognition
Our systematic review of 42 peer-reviewed publications from 2008 to 2024 indicates that while research in this area is growing, it suffers from fragmentation and limited scope. Most studies have concentrated on South Africa and Nigeria, leaving vast regions of the continent underrepresented. Moreover, these countries tend to emphasize global standards over homegrown methodologies.
Many of Africa’s most impactful innovations often occur ‘under the radar’ in rural settings, workshops, and community marketplaces, making them difficult to quantify. For instance, a Kenyan mobile money transfer agent has devised a safe way to conduct transactions outside the formal banking system. Similarly, some Nigerian mechanics are innovating by modifying used engines to operate on locally sourced fuel mixtures—these developments seldom appear in conventional data.
Rethinking Policy Implications
Understanding the significance of accurate measurement is paramount for effective policy-making. The nature of what is measured influences funding decisions, support allocation, and the values that underpin those actions. When African policymakers rely on indicators that overlook the informal sector or underestimate indigenous knowledge, they risk ignoring crucial economic and social activities.
In light of global initiatives like the United Nations Sustainable Development Goals and the African Union’s STI Strategy for Africa, better data is necessary for tracking progress. Without recognizing the realities on the ground, it becomes challenging to assess how science, technology, and innovation contribute to food security, healthcare access, and climate adaptation strategies.
Strategic Actions for Improved Measurement
To advance meaningful measurement of innovation in Africa, our research highlights six key areas for action. Firstly, metrics should align with the Sustainable Development Goals, reflecting how innovation can resolve tangible problems such as access to clean water and renewable energy. Secondly, many African nations require improvements in data quality and governance, which includes establishing reliable data collection systems and comprehensive research methodologies.
Furthermore, it is essential to recognize the diverse forms of innovation evident across the continent. The International Labor Organization suggests that by 2024, 83% of employment in Africa will stem from the informal economy, underscoring the need to focus measurement efforts on this sector. Notably, South Africa and Nigeria are making strides in applying innovation research to informal businesses.
Global Insights and Local Relevance
Other regions have made considerable advancements in developing localized innovation indicators. For instance, Latin America created the Bogota Manual in the 1990s to tailor innovation measurement to their specific contexts. Similarly, emerging Asian economies are investing significantly in new metrics. Africa stands to benefit from these lessons.
Despite the potential for transformation presented by the African Continental Free Trade Area, rapid urbanization, and a burgeoning youth population, achieving meaningful change requires data that accurately reflects local realities. Our analysis underscores that many of the most cited works on science, technology, and innovation in Africa originate from outside the continent, emphasizing the need for a critical mass of African scholars to generate homegrown theoretical frameworks and insights for the continent’s development.
Building a Framework for Future Progress
To propel Africa forward, it is imperative to develop, test, and institutionalize new indicators that capture the continent’s unique realities. This necessitates investment in local research, strengthening institutional capacities, and fostering cross-country and cross-sector collaborations. Ultimately, Africa must define and measure innovation according to its own standards, enabling data-driven policies that empower individuals, create jobs, and enhance resilience.
