Low-technology trade data refers to the measurement of the total exports and imports of goods classified as “low-technology.” These products are produced using traditional methods and involve minimal research and development (R&D) intensity. Industries that typically fall under this category include textiles, food processing, wood products, basic metals, and other sectors reliant on established and mature technologies.
Low-technology trade data is critical for assessing the industrial performance and trade dynamics of countries that rely heavily on traditional manufacturing. This data helps policymakers, economists, and business leaders to analyze trade patterns, understand a country’s competitive advantages, and monitor its integration into global trade markets. For developing countries, which often depend on low-technology sectors, this data reveals how these industries contribute to economic growth, job creation, and resilience in the global economy. It also allows for comparison between low- and high-technology sectors and informs strategic decision-making for industrial policies.
We obtain the low-technology trade data by adding the low-technology export and import data. Both kind of data are obtained by following the method proposed by the United Nations Industrial Development Organization (UNIDO) report titled “Competing through Innovation and Learning” published in 2002.
Low-technology trade data reflects a country’s participation in the global trade of goods that are less dependent on advanced technology and R&D investment. High levels of low-technology trade data indicate that a country either exports significant quantities of low-tech goods, imports large volumes of such goods, or both. A country with substantial low-technology exports may have a comparative advantage in traditional manufacturing sectors, while high imports of these goods could suggest a reliance on foreign low-tech goods to meet domestic demand.
Monitoring the flow of both imports and exports offers a comprehensive understanding of the role low-technology industries play in the economy, the potential for trade balance issues, and areas for development or diversification.
The range of low-technology trade data varies by country, region, and industry. Countries that are still industrializing or are at early stages of economic development tend to report higher values of low-technology trade data, especially exports. Developed countries often report lower levels of low-technology trade, as their economies are more focused on high-tech and knowledge-intensive industries.
Low-technology trade data is typically expressed in monetary terms (e.g., USD) and can range from millions to billions depending on the size and structure of the country’s economy.
Limited Insight into Value Addition: Low-technology trade data does not differentiate between simple assembly and higher-value processes within low-tech industries. This limitation may mask differences in economic sophistication.
Inflexibility in Product Classification: The classification of goods as “low-technology” may not reflect recent innovations in production processes or shifts within industries, which could lead to misinterpretation of data trends.
External Trade Influences: Trade policy changes, international demand shifts, or currency fluctuations may impact low-technology trade data without reflecting changes in domestic production capabilities.
Overemphasis on Quantitative Data: Solely focusing on export and import values could overlook important qualitative aspects such as product quality, market reach, and global competitiveness of low-tech industries.