
Explore industrial control systems security, potential vulnerabilities, and their impact on critical infrastructure in this eye-opening guide for beginners.

Explore modulated light communication techniques, from historical Photophones to modern smartphone applications, covering DIY setups, commercial options, and potential security implications.

Explore cybersecurity trends, from weaponization to IoT, examining the evolving landscape of digital threats and the impact on privacy, authentication, and human-machine interaction.

Learn to build a full-size CNC machine for under $500, covering design considerations, assembly, calibration, and workflow. Explore cost-effective solutions and new ideas for DIY CNC enthusiasts.

Explore embedded device security, network pin tests, and hardware research. Learn about firmware analysis, intelligence gathering, and lateral movement in IoT systems.

Explore embedded system security challenges in IoT devices, from cameras to smart buildings. Learn about vulnerabilities, coordinated disclosure, and best practices for securing interconnected systems.

Comprehensive primer on SDR and RF hacking techniques, covering essential concepts and practical applications for security professionals and enthusiasts.

Humorous and insightful talk on penetration testing failures, offering valuable lessons and takeaways for security professionals through real-world examples and stories.

Explore the potential and limitations of AI in cyber warfare, examining historical lessons and real-world applications for the US military's strategic decision-making.

Explore vulnerabilities and attack surfaces in the maritime industry, uncovering potential security risks and strategies for protection.

Explore the impact of TRISIS/TRITON on defending industrial control systems, SCADA, and IIoT, and learn strategies to enhance cybersecurity in critical infrastructure.

Explore SS7 vulnerabilities in cellular networks, their potential exploits, and real-world implications for information security professionals.

Explore SDR and toll booth reverse engineering techniques, focusing on E-ZPass systems, protocols, and potential vulnerabilities in electronic toll collection.

Explore threat hunting in industrial environments, focusing on operational technology systems, risk assessment, and practical strategies for identifying and mitigating security vulnerabilities.

Explore vulnerabilities in apartment security systems using Software-Defined Radio (SDR) to intercept and manipulate UHFVHF signals, potentially compromising Wiegand protocol-based access controls.

Learn techniques for extracting ELF files from ESP32 microcontrollers, exploring firmware analysis and reverse engineering in embedded systems security.

Explore advanced cryptographic implementations for embedded systems, focusing on security challenges and practical solutions in resource-constrained environments.

Learn techniques for protecting cryptographic implementations in embedded systems against side-channel attacks and fault injections.

Explore advanced cryptographic techniques for circuit compilers, focusing on achieving O(1/log(n)) leakage rate in secure computation and hardware protection.

Explore a timing attack on OpenSSL's constant-time RSA implementation, uncovering vulnerabilities in cryptographic systems and their potential impact on security.

Explore FourQ, a cutting-edge elliptic curve cryptography method, and its implementation on FPGA for unprecedented speed in large prime character systems.