Semester of Graduation
Spring 2026
Degree
Master of Science in Computer Science (MSCS)
Department
Division of Computer Engineering
Document Type
Thesis
Abstract
The integration of quantum computing into governmental and business processes has raised concerns about potential threats to these systems. To address this, we introduce a novel extension of the MITRE ATT&CK framework, QATT&CK, which provides an extended taxonomy for classifying adversarial Tactics and Techniques in quantum cybersecurity. Our adapted framework bridges the definitions of traditional cybersecurity with a focus on quantum computing infrastructure, enabling a more comprehensive understanding of adversarial behavior in this domain. To evaluate our proposed framework, we leverage current and ongoing research in quantum cyber threats, mapping real-world attacks to our taxonomy to demonstrate its effectiveness in identifying and categorizing emerging quantum-specific threats. This evaluation highlights the utility of QATT&CK in addressing the unique challenges posed by quantum computing, ensuring organizations are better equipped to defend against adversarial actions targeting these advanced systems.
Date
1-23-2026
Recommended Citation
Woodring, Justin Benjamin, "QATT&CK: An Extended Framework for Classifying Adversarial Techniques and Tactics Threatening Quantum Computing Infrastructure Based On MITRE’s ATT&CK" (2026). LSU Master's Theses. 6279.
https://repository.lsu.edu/gradschool_theses/6279
Committee Chair
Ali-Gombe, Aisha