In this thesis, we present MIMIC and KEYCAP, advanced models proficient in emulating human-like mouse and keyboard interactions, effectively challenging biometric anti-bot protections. We scrutinize the state-of-the-art anti-bot systems, unveiling the intricate interplay between bot mechanisms and protective strategies. Through rigorous evaluation, we identify and highlight the strengths and limitations inherent in our models against anti-bot systems. With a focus on the need for constant evolution within the anti-bot field, this research contributes to the ongoing effort of bolstering defenses against increasingly sophisticated bot threats.
INGANNARE LE DIFESE ANTI-BOT: UN APPROCCIO MATEMATICO ALLA GENERAZIONE DI DATI BIOMETRICI
CAPRIATI, ALESSANDRO NICOLA
2022/2023
Abstract
In this thesis, we present MIMIC and KEYCAP, advanced models proficient in emulating human-like mouse and keyboard interactions, effectively challenging biometric anti-bot protections. We scrutinize the state-of-the-art anti-bot systems, unveiling the intricate interplay between bot mechanisms and protective strategies. Through rigorous evaluation, we identify and highlight the strengths and limitations inherent in our models against anti-bot systems. With a focus on the need for constant evolution within the anti-bot field, this research contributes to the ongoing effort of bolstering defenses against increasingly sophisticated bot threats.| File | Dimensione | Formato | |
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tesi_alessandro_nicola_capriati.pdf
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https://hdl.handle.net/20.500.14253/66230