ref [24] · 2509.15653 · notice #80 · dispute
Raw extraction · citation context
This study employs a structured risk assessment methodol- ogy, adhering to the principles delineated in National Institute of Standards and Technology (NIST) Special Publication 800- 30 [23], to systematically evaluate the security risks associated with CC transitions to quantum-safe systems. To enhance cybersecurity resilience, this research also integrates the NIST Cybersecurity Framework [24], ensuring alignment with in- dustry best practices for risk-based security management. A similar NIST-aligned methodology has been applied in other contributions, demonstrating its applicability across different quantum-era security domains [25], [26]. The risk assessment process itself is a four-phase approach, encompassing prepara- tion, conduct, communication, and maintenance.
Parser render (TeX stripped for reading; raw above is the evidence)
This study employs a structured risk assessment methodol- ogy, adhering to the principles delineated in National Institute of Standards and Technology (NIST) Special Publication 800- 30 [23], to systematically evaluate the security risks associated with CC transitions to quantum-safe systems. To enhance cybersecurity resilience, this research also integrates the NIST Cybersecurity Framework [24], ensuring alignment with in- dustry best practices for risk-based security management. A similar NIST-aligned methodology has been applied in other contributions, demonstrating its applicability across different quantum-era security domains [25], [26]. The risk assessment process itself is a four-phase approach, encompassing prepara- tion, conduct, communication, and maintenance