EVALUATING THE SECURE BOOT IMPLEMENTATIONS USING QUANTUM-PROOF SIGNATURE ALGORITHMS IN REAL-TIME EMBEDDED SYSTEMS
Francesco Corvaglia
EVALUATING THE SECURE BOOT IMPLEMENTATIONS USING QUANTUM-PROOF SIGNATURE ALGORITHMS IN REAL-TIME EMBEDDED SYSTEMS.
Rel. Stefano Di Carlo, Alessandro Savino, Franco Oberti. Politecnico di Torino, Corso di laurea magistrale in Cybersecurity, 2025
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Abstract
EVALUATING THE SECURE BOOT IMPLEMENTATIONS USING QUANTUM-PROOF SIGNATURE ALGORITHMS IN REAL-TIME EMBEDDED SYSTEMS The thesis aims to evaluate the practicality of integrating quantum-proof cryptographic algorithms into the secure boot process of real-time embedded systems. This includes analyzing how these algorithms affect system performance, particularly boot time, resource consumption, and real-time response.
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