Shijing He (King’s College London), Yaxiong Lei (University of St Andrews), Xiao Zhan (Universitat Politecnica de Valencia), Ruba Abu-Salma (King’s College London), Jose Such (INGENIO (CSIC-UPV))

The growing adoption of AI-driven smart home devices has introduced new privacy risks for domestic workers (DWs), who are frequently monitored in employers’ homes while also using smart devices in their own households. We conducted semi-structured interviews with 18 UK-based DWs and performed a human-centered threat modeling analysis of their experiences through the lens of Communication Privacy Management (CPM). Our findings extend existing threat models beyond abstract adversaries and single-household contexts by showing how AI analytics, residual data logs, and cross-household data flows shaped the privacy risks faced by participants. In employer-controlled homes, AI-enabled features and opaque, agency-mediated employment arrangements intensified surveillance and constrained participants’ ability to negotiate privacy boundaries. In their own homes, participants had greater control as device owners but still faced challenges, including gendered administrative roles, opaque AI functionalities, and uncertainty around data retention. We synthesize these insights into a sociotechnical threat model that identifies DW agencies as institutional adversaries and maps AI-driven privacy risks across interconnected households, and we outline social and practical implications for strengthening DW privacy and agency.

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Distributed Broadcast Encryption for Confidential Interoperability across Private Blockchains

Angelo De Caro (IBM Research Zurich), Kaoutar Elkhiyaoui (IBM Research Zurich), Sandeep Nishad (IBM Research India), Sikhar Patranabis (IBM Research India), Venkatraman Ramakrishna (IBM Research India)

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Security Awareness Training through Experiencing the Adversarial Mindset

Jens Christian Dalgaard, Niek A. Janssen, Oksana Kulyuk, Carsten Schurmann (IT University of Copenhagen)

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Rounding-Guided Backdoor Injection in Deep Learning Model Quantization

Xiangxiang Chen (Zhejiang University), Peixin Zhang (Singapore Management University), Jun Sun (Singapore Management University), Wenhai Wang (Zhejiang University), Jingyi Wang (Zhejiang University)

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