Enriching Socio-Technical Sustainability Intelligence through Sharing Autonomy

We suggest to extend scientific research on sustainability beyond its focus interactions between natural and social systems socio-technical the ways in which those affect challenge of sustainability. In increasingly digitalized settings, intelligence becomes critical for human-centered development societies worldwide, including achievement future organizational success. Human-centered enablers, such as self-awareness, global perspective, societal consciousness, lay foundation reflective practice highly dynamic ecosystems that are backed by Cyber-Physical Systems (CPS). Socio-technical requires frameworks architectures support active stakeholder engagement throughout design engineering. this contribution, we propose sharing autonomy inherent feature sustainable system operation. introduce an architecture mechanism building handling part intelligence. exemplify both with a system-relevant logistics use case illustrate enrichment CPS-based environments through participation.