Anticipatory Regulation of Emerging Technologies: The Case of Biohybrid Robotics

Biohybrid robotics, the integration of biological entities with artificial robotic materials, is a rapidly emerging technology with potentially transformative implications across medicine, manufacturing, environmental monitoring, and defence. By incorporating living components and innate robotic systems, biohybrid robots enable enhanced functionality, adaptability, and control. However, this raises significant ethical, social and regulatory questions that extend beyond performance. This emerging field blurs the distinctions between biological life and engineered artifacts, challenging regulatory frameworks that have historically treated these domains as distinct. In this paper, we explore the governance challenges of biohybrid robotics through the lens of regulatory frameworks that have guided the emergence of adjacent technologies. We argue that existing regulatory approaches are often reactive, fragmented, and nationally constrained; and therefore misaligned with the hybrid, international, and rapidly advancing nature of biohybrid robotics. The absence of clear suitable governance further places a disproportionate ethical burden on scientists and engineers, while offering limited opportunities for broader public or societal engagement. Drawing on perspectives of scientists, bioethicists, policy makers, and the public, we examine how regulation may stimulate rather than stifle responsible technological development that is considerate of public trust. Finally, we propose an anticipatory regulatory framework, embedded within the global context of biohybrid robotics technological readiness, the international regulation landscape, and an array of political backdrops. This work contributes to ongoing debate on emerging technology regulation, and the urgent need for a more anticipatory and adaptable approach.