The eHONESTY project addressed how bodily awareness, particularly through interoceptive (internal) and exteroceptive (external) signals, affects moral decision-making. It aimed to uncover the connection between physical bodily signals and ethical behavior, investigating how body ownership, agency, and bodily signals influence (dis)honesty, particularly in situations where reputation is at risk. The project explored individual and group moral behavior in both real-world and digital interactions, utilizing advanced technology, such as virtual reality (VR) and ingestible devices, to simulate and measure these effects across controlled environments and real-life scenarios.
The findings of the project contributed to the understanding of how bodily signals and self awareness impact morality and can reshape our approach to fostering ethical behavior, potentially influencing fields such as education, leadership, and public policy. By exploring embodied morality, eHONESTY revealed new avenues for promoting ethical behavior through bodily awareness, enhancing our understanding of honesty in personal, organizational, and societal contexts. Furthermore, the project's applications in VR for leadership training and ingestible technology for health monitoring promise broader implications, from improving corporate integrity to enhancing physical and mental well-being in humans and animals, aligning with European health and environmental policy initiatives.
The achieved objectives of eHONESTY are:
Having established a scientific basis for embodied morality by linking bodily awareness with moral decision-making.
Having developed innovative methodologies for studying (dis)honesty in digital and real-world contexts, using VR and mobile apps that simulate controlled interactions.
Having contributed to the advancement of technology transfer by applying eHONESTY’s findings in real-world settings, such as corporate leadership training and veterinary medicine.
Having used new tools for investigating bodily signals such as ingestible devices that monitor GI functions and their influence on cognition and emotion, opening up applications in health and behavior management.