Sarah Tabassum (University of North Carolina at Charlotte, USA), Narges Zare (University of North Carolina at Charlotte, USA), Cori Faklaris(University of North Carolina at Charlotte, USA)

In today’s digital world, migrants stay connected to family, institutions, and services across borders, but this reliance on digital communication also exposes them to unfamiliar risks when they enter new technological and cultural environments. Educational migrants (also known as international students) depend on online platforms to manage admission, housing, work, and everyday life in the United States. Yet this transition often introduces an unfamiliar and fragmented digital ecosystem where they encounter privacy and security threats such as phishing, identity fraud, and cross-channel scams. Existing security tools rarely consider the situated vulnerabilities of newcomers who must interpret these threats without local knowledge or culturally familiar cues. To investigate these challenges, we conducted participatory design sessions with 22 educational migrants from Global South countries studying in the United States. Using inductive open coding within a reflexive thematic analysis framework, we identified seven themes of desired features. Participants proposed a range of support mechanisms, including transparent reporting and verification workflows, scam filtering, migrant-focused scam databases, and university-integrated safety tools Participants also mapped their concepts to high-level AI capabilities, emphasizing detection, identification, and interpretable explanations. Our findings highlight the need for transparent, culturally grounded, and context-aware digital safety supports for newcomers during their early experiences in the U.S. digital ecosystem.

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Replication: Do We Snooze If We Can't Lose? Modelling...

Karoline Busse (University of Bonn); Dominik Wermke (Leibniz University Hannover); Sabrina Amft (University of Bonn); Sascha Fahl (Leibniz University Hannover); Emanuel von Zezschwitz, Matthew Smith (University of Bonn)

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Automated Code Annotation with LLMs for Establishing TEE Boundaries

Varun Gadey (University of Würzburg), Melanie Goetz (University of Würzburg), Christoph Sendner (University of Würzburg), Sampo Sovio (Huawei Technologies), Alexandra Dmitrienko (University of Wuerzburg)

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PhyFuzz: Detecting Sensor Vulnerabilities with Physical Signal Fuzzing

Zhicong Zheng (Zhejiang University), Jinghui Wu (Zhejiang University), Shilin Xiao (Zhejiang University), Yanze Ren (Zhejiang University), Chen Yan (Zhejiang University), Xiaoyu Ji (Zhejiang University), Wenyuan Xu (Zhejiang University)

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