Speaker
Description
On-site inspections (OSIs) under the Comprehensive Nuclear-Test-Ban Treaty (CTBT) require inspectors to operate in complex environments where radiological concerns may arise. While their primary objective is technical verification, inspectors may need to address stakeholder uncertainties regarding radiation risks. Drawing on lessons learned from the aftermath of the Chernobyl and Fukushima accidents, this study examines how elements of the co-expertise process, such as structured dialogue, participatory radiation monitoring, and trust-building strategies, can be adapted for OSI training and field operations. By incorporating methodologies that foster stakeholder engagement and transparent risk communication, inspectors can improve situational awareness, facilitate cooperation with host State personnel, and enhance public confidence in OSI findings. This study also examines how digital tools and AI-assisted decision making can support interactive risk assessment during inspections. The findings highlight the potential for integrating stakeholder-inclusive radiological risk management approaches into OSI protocols, contributing to more effective and resilient inspection missions in diverse operational settings.
Keywords: On-Site Inspection (OSI), CTBT, Co-Expertise Process, Radiological Risk Communication, Stakeholder Engagement, Trust-Building, AI in Nuclear Verification
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