
Discover how student researchers uncovered 9 zero-day vulnerabilities in Vilo routers through hardware hacking, firmware analysis, and cloud infrastructure investigation, highlighting IoT security challenges.

Explore cybersecurity challenges and policy considerations in the rapidly expanding EV charging infrastructure, focusing on vulnerability assessment and risk mitigation strategies.

Explore critical vehicle security vulnerabilities through UDSonCAN fuzzing techniques, revealing potential safety risks in diagnostic systems and their essential countermeasures for modern electric vehicles.

Dive into the fascinating world of transportation security vulnerabilities and hacking methodologies with expert insights on protecting critical infrastructure and mobility systems.

Explore security vulnerabilities in space mission communications through the Space Link Extension protocol, focusing on ground segment exploits and practical mitigation strategies for spacecraft control.

Delve into satellite-based air traffic control security through ADS-C protocol analysis, exploring vulnerabilities in aircraft tracking systems and potential countermeasures for aviation safety.

Discover how to build a custom ADS-B aircraft tracking system using cost-effective hardware alternatives, implementing Linux and signal processing for efficient aircraft monitoring and visualization.

Explore aircraft cybersecurity through PKI systems, from software protection to network authentication, and understand emerging quantum computing threats to aviation security.

Explore the security vulnerabilities of voice verification systems through deep learning voice cloning techniques, including practical demonstrations, risk assessment, and defensive countermeasures.

Explore critical vulnerabilities in EV charging and solar system APIs, examining potential cyber threats to power grid infrastructure and the urgent need for enhanced security measures.

Discover how hardware hacking techniques expose vulnerabilities in car key systems by analyzing learning codes, using logic analyzers and SDR tools to duplicate signals and gain unauthorized access.

Uncover groundbreaking vulnerabilities in aviation's TCAS II collision avoidance system, exploring RF attack methods that can manipulate traffic advisories and disable critical safety features in aircraft.

Dive into hardware hacking techniques for extracting firmware and generating Software Bill of Materials (SBOM) from a WiFi router, exploring vulnerability discovery through practical disassembly methods.

Discover the fundamentals of RFID technology, badge cloning, and security system vulnerabilities using tools like Proxmark and Flipper, while learning practical wireless communication hacking techniques.

Explore critical vulnerabilities in electric vehicle charging systems and learn specialized security testing techniques for EVCC and ISO 15118 protocols in charging infrastructure.

Explore the fascinating intersection of WiFi scanning and aviation as two researchers conduct aerial wireless network detection experiments using a Cessna, revealing surprising insights about signal ranges and detection capabilities.

Discover the next evolution of email backend technology with Dovecot Pro 3.0's new architecture, offering enhanced scalability, performance, and cost efficiency for large-scale email operations.

Discover how to implement a comprehensive compliance toolchain for Yocto projects, featuring advanced tools like Fossology, Scancode, SPDX, and specialized solutions for managing large-scale software composition analysis.

Discover how to integrate elevation data into SUMO simulations for accurate micromobility modeling, focusing on energy consumption and route planning in varied terrain conditions.

Explore Matter and Thread protocols for IoT connectivity, covering mesh capabilities, border router implementation, and service discovery for embedded devices running Linux or Zephyr.

Discover how Eclipse KUKSA standardizes vehicle signal processing, enabling efficient data handling and secure access for automotive software development through COVESA Vehicle Signal Specification implementation.