Andrew Losty (University College London), Anna Maria Mandalari (University College London)

As Matter adoption and device deployment grow, it is essential to assess alignment with international IoT security frameworks and standards. This interim study evaluates Matter specifications against 18 international frameworks to identify compliance and security gaps. An independent IoT security framework, the Cloud Security Alliance (CSA), was used to provide a taxonomy and grouping of security controls, from which six core security domains were initially selected: (i) device certification, (ii) attack-surface minimization, (iii) secure communications (iv) software update mechanisms, (v) logging/telemetry, and (vi) secure storage. The analysis highlights areas where Matter provides strong guidance and where it is less prescriptive compared to regulations and frameworks such as the Cyber Resilience Act (CRA), NIST, and ETSI. Future work will extend the assessment with ten additional domains, extending the analytical mapping of Matter’s compliance and non-compliance, and providing valuable insights for manufacturers, developers, and regulators.

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Designing and Evaluating a Testbed for the Matter Protocol:...

Ravindra Mangar (Dartmouth College) Jingyu Qian (University of Illinois), Wondimu Zegeye (Morgan State University), Abdulrahman AlRabah, Ben Civjan, Shalni Sundram, Sam Yuan, Carl A. Gunter (University of Illinois), Mounib Khanafer (American University of Kuwait), Kevin Kornegay (Morgan State University), Timothy J. Pierson, David Kotz (Dartmouth College)

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The Case for LLM-Enhanced Backward Tracking

Jiahui Wang (Zhejiang University, Hangzhou, China), Xiangmin Shen (Hofstra University, Hempstead, NY, USA), Zhengkai Wang (Zhejiang University, Hangzhou, China), Zhenyuan Li (Zhejiang University, Hangzhou, China)

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Exploiting TLBs in Virtualized GPUs for Cross-VM Side-Channel Attacks

Hongyue Jin (Clemson University), Yanan Guo (University of Rochester), Zhenkai Zhang (Clemson University)

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