
Explore hardware security threats, detection methods, and threat modeling with minimal equipment. Learn to identify unexpected features and understand the challenges of hardware implants and interdiction.

Explore advanced techniques for securing firmware in large-scale hardware deployments, addressing challenges and future trends in protecting against persistent backdoors and exploits.

Explore hardware hacking techniques like CT scanning and chip decapping for non-destructive device analysis, circuit reconstruction, and vulnerability identification in embedded systems and access control.

Explore fault injection attacks on AMD's Secure Processor, revealing vulnerabilities in CPU security and discussing implications for system integrity and trust.

Unveiling secret flaws in DRAM RowHammer mitigations, exploring Target Row Refresh implementation, and introducing TRRespass: a RowHammer fuzzer for creative hammering patterns to bypass protections.

Exploring fault injection attacks on secure boot, this talk introduces techniques, impacts, and practical mitigation strategies for embedded systems security, with real-world examples and key takeaways.

Exploiting microcode loader vulnerability to downgrade CPU microcode, enabling attacks on Intel security technologies like Boot Guard and TXT by loading older, vulnerable versions of Authenticated Code Modules.

Explore smart speaker privacy vulnerabilities, including skill squatting and eavesdropping, and learn about potential solutions like hardware mic disconnects and user awareness.

Explore a cost-effective TPM module for older systems, enhancing security without hardware changes. Learn about trusted computing technology and its applications in IoT and embedded systems.

Explore cost-effective strategies to protect embedded devices from hardware attacks. Learn about common vulnerabilities, defense mechanisms, and design decisions for optimal security in IoT and industrial control systems.

Explore NSA's surveillance tools, including retroreflectors, USB implants, and Thunderbolt exploits. Learn about their capabilities and implications for cybersecurity.

Explore techniques for identifying hidden backdoors in government and vendor hardware, covering pentesting, security appliances, and various operating systems.

Explore microarchitectural attacks on flawless hardware, focusing on page cache vulnerabilities. Learn about state-of-the-art techniques, countermeasures, and implications for system security.

Explore Thunderspy attacks that compromise Thunderbolt security, revealing vulnerabilities in device authentication and DMA protection across Thunderbolt 1, 2, and 3 interfaces.

Explore vulnerabilities in HPE Gen10 servers' iLO5 management technology, focusing on the "silicon root of trust" and its implications for server security.

Explore advanced PCIe security threats targeting switches and Translation Layer Packets. Learn about novel attack vectors beyond traditional DMA exploits in high-bandwidth peripheral connections.

Explore PeriScope, a Linux-based framework for analyzing device-driver interactions, enabling passive monitoring and active fuzzing to enhance hardware-OS boundary security.

Explore Intel's internal architecture, PCH devices, and security-sensitive data access. Learn to read signals from internal buses and discover hidden components within Intel chips.

Explore PicoDMA, a compact FPGA-based platform for DMA attacks. Learn about its capabilities, hardware, and potential security implications using the affordable PicoEVB board.

Explore hardware security vulnerabilities, implants, and detection challenges in modern devices. Learn about potential threats and protective measures in this comprehensive overview.

Introduces ChipWhisperer-Lint, an open-source tool for automating power analysis attacks on devices using ChipWhisperer hardware, enhancing security testing capabilities.