Community Stage·40 min
Julian 'Julez' Dunning
Julian Dunning introduces core video game security principles, memory inspection concepts, and reverse engineering fundamentals for aspiring game hackers.
11 talks tagged with this topic.
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Community Stage·40 min
Julian 'Julez' Dunning
Julian Dunning introduces core video game security principles, memory inspection concepts, and reverse engineering fundamentals for aspiring game hackers.
CONFidence 2025·41 min
Adam Zabrocki
Presenters detail vulnerability discovery and exploitation in Adam Zabrocki - Software Vulnerabilities and the Unsolved Problem of Memory Safety.
Ekoparty Security Conference·35 min
Sebastian Fernandez
Investigates sebastian Fernandez - The quest to memory safety and evaluates key implications for security practitioners.
Main Stage·43 min
Tim 'diff' Becker
Presents an automated framework for generating universal return-oriented programming chains and bypassing ASLR across modern operating system binaries.
Main Stage·36 min
Agostino Panico
Examines vulnerability patterns in the Linux eBPF verifier and JIT compiler, demonstrating root privilege escalation via memory corruption.
PROIDEA Events·34 min
Andreas Bogk
Andreas Bogk investigates CONFidence 2014: Preventing violation of memory safety in C/C++ software.
The Linux Foundation·25 min
Explores lightning Talk: Protecting Zephyr Against Memory Safety Vulnerabilities With the... Jennifer Jackson and evaluates key implications for security practitioners.
Main Stage·48 min
Stephen Sims
Evolution of binary exploitation techniques, hardware and OS mitigations, and the future of low-level vulnerability research.
S4x24·27 min
Outlines stop Panicking Over Patching: CHERI Morello Memory Safety and evaluates key implications for security practitioners.
Main Stage·45 min
Samit Anwer
Samit Anwer presents Androsia, an automated tool utilizing interprocedural data flow analysis and bytecode rewriting to eliminate secrets lingering in Android memory.
Main Stage·42 min
Luke Young
Luke Young explores the economics and operational feasibility of weaponizing hardware memory errors and bit-flips against modern operating system kernels.