Intellectual Property Rights and Global Innovation Performance: A Secondary-Data Assessment of Patent, Trademark and Design Activity

Abstract

Intellectual property rights constitute an important institutional mechanism through which knowledge, creativity and technological innovation are converted into economically and socially valuable assets. The increasing internationalization of innovation has simultaneously expanded the importance of patents, trademarks and industrial designs while creating substantial differences in intellectual property activity across jurisdictions. This study examines global intellectual property activity through a secondary-data analysis of patent, trademark and industrial-design filing patterns. The research uses publicly available statistics published by the World Intellectual Property Organization (WIPO), with particular emphasis on comparative filing activity, geographical concentration, temporal changes and differences among major intellectual property jurisdictions. The analysis covers selected indicators for 2022–2024 and incorporates supplementary observations concerning international patent activity through the Patent Cooperation Treaty system. Descriptive statistical analysis is employed to identify patterns, growth rates and concentration within global intellectual property activity.
The findings demonstrate that global intellectual property activity is characterized by both substantial expansion and pronounced geographical concentration. Global patent applications increased from approximately 3.55 million in 2023 to approximately 3.73 million in 2024, representing growth of 4.9%. Trademark applications, measured through application class counts, remained broadly stable at approximately 15.2 million classes, whereas industrial-design filings increased by approximately 2.2%. Asian intellectual property offices accounted for approximately 70.1% of global patent applications in 2024, illustrating the increasing centrality of Asian economies in global innovation systems. China remained the dominant source and destination of intellectual property activity across several categories, while the United States, Japan, the Republic of Korea, Germany and other advanced innovation economies continued to occupy important positions. The study argues that intellectual property systems should not be evaluated exclusively according to aggregate filing volumes. Rather, policymakers should consider the interaction between intellectual property institutions, technological specialization, commercialization capacity, internationalization and institutional quality. The paper contributes to the literature by presenting an integrated secondary-data perspective on multiple forms of intellectual property and by highlighting the growing geographical reconfiguration of global innovation activity.