Practical Trends in Cyborgization: Models, International Strategies and Regulatory

Cyborgization (the integration of human biological systems with electronic and mechanical components) has moved beyond the realm of science fiction and laboratory experimentation to become a rapidly expanding technological market spanning medical, industrial, and consumer sectors. According to the World Health Organization (WHO), more than 2.5 billion people require assistive technologies, while the global market for human enhancement technologies is currently valued at approximately USD 309 billion and is projected to exceed USD 1.5 trillion by 2035 This article proposes an analytical framework consisting of five core models of cyborgization: restorative, industrial, cognitive-communicative, every day, and experimental. Each model is characterized according to key parameters, including invasiveness, functional purpose, degree of infrastructural dependence, level of commercialization, accessibility, and regulatory maturity. Using this framework, the article examines and compares national approaches developed by leading technology-intensive economies, including the United States, the European Union, Japan, China, Israel, and South Korea, each of which has developed distinct economic and regulatory strategies for advancing cyborgization technologies. The analysis demonstrates that cyborgization generates measurable economic benefits by reducing workplace injuries, improving labor productivity and reducing long-term healthcare costs. At the same time, it produces significant social consequences, most notably a new dimension of structural inequality referred to as the enhancement divide, whereby access to human enhancement technologies remains unevenly distributed among populations, potentially producing profound intergenerational effects. A further challenge concerns the governance of neural and biometric data, where existing legal frameworks lag considerably behind the pace of technological commercialization. The authors argue that an effective regulatory architecture should be based on three interrelated principles: neurorights, the capabilities approach, and cognitive liberty. The proposed analytical framework provides a practical tool for designing national and international strategies for the development and governance of cyborgization technologies.