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44Con
44Con
An automated kernel fuzzing framework was developed for the macOS XNU kernel using an in-memory fuzzer with static and dynamic analysis techniques. The framework targeted core subsystems to identify critical vulnerabilities in macOS. The approach aimed to address the limited existing automated kernel fuzzing solutions for the Apple platform.
This presentation explores native Microsoft Office add-in mechanisms that can be exploited for persistence on compromised workstations. Various techniques for abusing Office add-ins are analyzed from a red teaming perspective. The talk examines deployment complexity, privilege requirements, and effectiveness in different computing environments.
A cryptic cybersecurity challenge from 44Con 2015 presents a mysterious scenario involving a ransacked room and a complex puzzle. The challenge includes a circuit diagram and a long binary string, suggesting a decoding challenge that requires careful investigation to uncover hidden information.
A presentation at 44CON revealed significant security vulnerabilities in top supercomputers. The talk demonstrated novel attack techniques for compromising large-scale computing infrastructure. Penetration testing exposed lower security standards in high-performance computing systems compared to typical enterprise environments.
This presentation explores security testing methodologies for 4G (LTE) networks. The shift to IP-based communications in LTE networks introduces potential new security risks. The talk aims to provide insights into network security assessment and potential vulnerabilities in LTE deployments.