<ul data-eligibleForWebStory="false"><li>A new technical paper titled “Hardware trojans in superconducting electronic circuits” was published by researchers at University of Rochester.</li><li>The paper explores Hardware Trojans tailored for superconducting electronic (SCE) circuits, including magnetically-coupled data transmission and pulse-interleaved Trojans embedded in SFQ full adder and frequency divider circuits, respectively.</li><li>These Trojans exploit the frequency-sensitive nature of SCE circuits, remaining hidden during low-frequency testing and becoming active at higher frequencies, emphasizing the need for enhanced security measures.</li><li>The study highlights the importance of comprehensive security measures considering various operating frequencies to safeguard classical superconducting systems and future quantum technologies.</li></ul>

Functional Hardware Trojans Specifically Tailored Tor SFQ (Univ. of Rochester)

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