
Explore techniques for secure forensic analysis of compromised systems, focusing on creating a protected environment and essential utilities for Solaris and Windows NT investigations.

Explore advanced techniques for exploiting software vulnerabilities through information leaks, focusing on defeating ASLR and converting various vulnerabilities into effective info leaks.

Explores hardware backdooring through Rakshasa malware, demonstrating permanent BIOS infection, NX bit disabling, and security lowering across various motherboards using open-source components like Coreboot.

Explore vulnerabilities in mobile payment systems, including code execution through various input vectors. Live demonstrations showcase attack methods, emphasizing security weaknesses in current mPOS solutions.

Explore remote USB attacks, their implications, and defense strategies in this eye-opening presentation on evolving cybersecurity threats.

Learn to create and detect hardware-based trojans using everyday devices. Explore techniques for modifying hardware, embedding malicious code, and understanding countermeasures against these threats.

Explore JTAG debugging interfaces, learn about data registers, state machines, and protection mechanisms. Hands-on demonstrations with various devices and UART scanning techniques.

Explore debug interfaces and hardware hacking techniques using the JTAGulator, a versatile tool for discovering and exploiting hidden system access points.

Explore novel Ethernet attack techniques using affordable hardware and custom firmware. Learn about frame manipulations, SFD parsing anomalies, and Ethernet Packet-In-Packet injection for enhanced network security testing.

Exploitation techniques for Teridian 8051-based SoCs in smart grid systems, covering architecture, security barriers, and methods to gain code execution and firmware access.

Discover affordable power analysis attack techniques for cryptographic systems using open-source hardware and software. Learn to set up a budget-friendly lab and perform live demonstrations against AES implementations.

Explore USB device vulnerabilities and potential security risks in computer systems, focusing on automated attacks and defense strategies.

Demonstration of iOS device vulnerability through malicious chargers, bypassing security mechanisms to inject arbitrary software within one minute of connection, using a proof-of-concept called Mactans.

Explore NAND Flash vulnerabilities, learn to hide and discover files on mobile devices, and understand implications for digital forensics and device security. Open-source tools for Android demonstrated.

Explore techniques for accessing mobile device interfaces through multiplexed wired connections, including gaining shell access and using open-source tools for interface exploration.

Demystifying antivirus software: internals, detection methods, and trade-offs. Explores AV engines, whitelists, signatures, real-time monitoring, and network inspection across Windows, Linux, and Android platforms.

Explore secure hardware design principles and techniques with experts Kingpin and Brian Oblivion, focusing on protecting electronic systems from vulnerabilities and attacks.

Explore container security fundamentals, shared kernel implications, and best practices with experts Liz Rice and Eoin Woods. Learn to assess and mitigate risks in containerized applications.

Systematic investigation of microarchitectural attack surface on 64-bit RISC-V CPUs, exploring vulnerabilities and security implications as RISC-V architecture gains popularity in commercial processors.

Explore techniques to bypass hardware-assisted kernel control-flow integrity using page-oriented programming, revealing vulnerabilities in modern operating system security mechanisms.

Explore automated USB fuzzing techniques to detect vulnerabilities in computer systems, including simulating USB cameras and exploiting Windows Hello using infrared images.