With the rapid development of connectivity, 5G network simulators represent a fundamental tool for the study and design of new technologies. In this work, an analysis of vulnerabilities in such simulators was conducted, assessing the effects of a fuzzing attack against the AMF.

With the rapid development of connectivity, 5G network simulators represent a fundamental tool for the study and design of new technologies. In this work, an analysis of vulnerabilities in such simulators was conducted, assessing the effects of a fuzzing attack against the AMF.

EXPLORING PROTOCOL-LEVEL FUZZING TO ATTACK THE 5G ACCESS & MOBILITY FUNCTION

SONNANTE, FILIPPO
2024/2025

Abstract

With the rapid development of connectivity, 5G network simulators represent a fundamental tool for the study and design of new technologies. In this work, an analysis of vulnerabilities in such simulators was conducted, assessing the effects of a fuzzing attack against the AMF.
2024
EXPLORING PROTOCOL-LEVEL FUZZING TO ATTACK THE 5G ACCESS & MOBILITY FUNCTION
With the rapid development of connectivity, 5G network simulators represent a fundamental tool for the study and design of new technologies. In this work, an analysis of vulnerabilities in such simulators was conducted, assessing the effects of a fuzzing attack against the AMF.
5G Network
Network Security
Penetration test
Vulnerabilità
Security audit
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14253/67790