Sfoglia per Relatore
Control Flow Graph-based Path Reconstruction in Android applications
2022/2023 DORIA, SAMUELE
Implementazione di un Socket mTLS con Crittografia ECC su Dispositivo Embedded
2023/2024 STECCA, ANDREA
Implementing the Zero Trust model through Microsoft Azure Technologies for Enterprise Security
2022/2023 MANZATO, ANDREA
Leveraging Graph of Thoughts and Large Language Models for Advanced Vulnerability Detection
2023/2024 MIAZZO, NICHOLAS
LLMs Evaluation for Android Vulnerability Repair
2022/2023 BRACONARO, ELISA
Modernizzazione di un Servizio di Prenotazione Aule tramite Docker e Gestione degli Accessi
2023/2024 CAMILLO, MATTEO
Reversing, Analyzing, and Attacking Xiaomi’s Electric Scooter Ecosystem
2021/2022 CESTARO, RICCARDO
Study and design of an application for smart-keys and door smart-lock
2022/2023 SALVADORE, NICOLA
Sviluppo di un portale web informativo nel settore degli imballaggi utilizzando le librerie React e Redux
2022/2023 PIEROBON, LUCA
Sviluppo di un'infrastruttura per competizioni Capture The Flag Attacco/Difesa
2022/2023 ZANELLATO, AUGUSTO CESARE
Testing di control-flow graphs di applicazioni Android generati dal software SPECK+
2022/2023 CONTE, RICCARDO
Valutazione di Strumenti Basati su LLM per il Fixing Automatico di Vulnerabilità di Sicurezza in Applicazioni Android
2023/2024 AHMED, SAAD
Virtualization-Based Malwares: Can We Defend Against Them?
2021/2022 ZERBINI, SIMONE
VirtualPatch: fixing Android security vulnerabilities with app-level virtualization
2021/2022 PIZZI, SIMEONE
Tipologia | Anno | Titolo | Titolo inglese | Autore | File |
---|---|---|---|---|---|
Lauree magistrali | 2022 | Control Flow Graph-based Path Reconstruction in Android applications | Control Flow Graph-based Path Reconstruction in Android applications | DORIA, SAMUELE | |
Lauree triennali | 2023 | Implementazione di un Socket mTLS con Crittografia ECC su Dispositivo Embedded | Implementation of an mTLS Socket with ECC Encryption on Embedded Device | STECCA, ANDREA | |
Lauree magistrali | 2022 | Implementing the Zero Trust model through Microsoft Azure Technologies for Enterprise Security | Implementing the Zero Trust model through Microsoft Azure Technologies for Enterprise Security | MANZATO, ANDREA | |
Lauree magistrali | 2023 | Leveraging Graph of Thoughts and Large Language Models for Advanced Vulnerability Detection | Leveraging Graph of Thoughts and Large Language Models for Advanced Vulnerability Detection | MIAZZO, NICHOLAS | |
Lauree magistrali | 2022 | LLMs Evaluation for Android Vulnerability Repair | LLMs Evaluation for Android Vulnerability Repair | BRACONARO, ELISA | |
Lauree triennali | 2023 | Modernizzazione di un Servizio di Prenotazione Aule tramite Docker e Gestione degli Accessi | Modernisation of a Room Booking Service through Docker and Access Management | CAMILLO, MATTEO | |
Lauree magistrali | 2021 | Reversing, Analyzing, and Attacking Xiaomi’s Electric Scooter Ecosystem | Reversing, Analyzing, and Attacking Xiaomi’s Electric Scooter Ecosystem | CESTARO, RICCARDO | |
Lauree magistrali | 2022 | Study and design of an application for smart-keys and door smart-lock | Study and design of an application for smart-keys and door smart-lock | SALVADORE, NICOLA | |
Lauree triennali | 2022 | Sviluppo di un portale web informativo nel settore degli imballaggi utilizzando le librerie React e Redux | Development of an informative web portal in the packaging sector using React and Redux libraries | PIEROBON, LUCA | |
Lauree triennali | 2022 | Sviluppo di un'infrastruttura per competizioni Capture The Flag Attacco/Difesa | Infrastructure development for Attack/Defense Capture The Flag competitions | ZANELLATO, AUGUSTO CESARE | |
Lauree triennali | 2022 | Testing di control-flow graphs di applicazioni Android generati dal software SPECK+ | Testing of control-flow graphs of Android applications generated by SPECK+ software | CONTE, RICCARDO | |
Lauree magistrali | 2023 | Valutazione di Strumenti Basati su LLM per il Fixing Automatico di Vulnerabilità di Sicurezza in Applicazioni Android | Evaluation of LLM-based Tools for the Automated Repair of Security Vulnerabilities in Android Apps | AHMED, SAAD | |
Lauree magistrali | 2021 | Virtualization-Based Malwares: Can We Defend Against Them? | Virtualization-Based Malwares: Can We Defend Against Them? | ZERBINI, SIMONE | |
Lauree magistrali | 2021 | VirtualPatch: fixing Android security vulnerabilities with app-level virtualization | VirtualPatch: fixing Android security vulnerabilities with app-level virtualization | PIZZI, SIMEONE |
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