
Dive into a comprehensive simulation of cyberattacks on hydroelectric facilities, exploring both offensive tactics and defensive strategies through a custom-built ICS firing range environment.

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

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.

Dive into real-world social engineering tactics through a first-person narrative of complex red team operations, exploring methodologies for physical access and critical infrastructure penetration testing.

Discover how browser-based attacks exploit localhost services through a zero-day vulnerability, featuring live demonstrations of remote code execution and novel attack techniques targeting developers behind firewalls.

Explore the cybersecurity challenges of remotely controlled industrial assets, examining real-world incidents and practical mitigation strategies for protecting critical infrastructure operations.

Discover how LLM-powered honeypot Galah revolutionizes web security by dynamically simulating multiple applications and analyzing attacker behavior through intelligent HTTP response generation.

Dive into the technical analysis of CVE 2023-52709, exploring Bluetooth stack vulnerabilities, their impact on automotive security, and essential mitigation strategies for RPA generation failures.

Explore how NFTs can be weaponized as attack vectors for C2 commands, featuring the mFT tool for creating malicious payloads and understanding blockchain-backed threats in cybersecurity.

Discover how a weaponized MySQL honeypot server exploits vulnerabilities to counter-attack malicious clients, featuring innovative use of CVE-2023-21980 and CVE-2024-21096 for defensive security research.

Dive into the evolution of Internet protocols, from IPv4 to IPv6, understanding core networking concepts and security implications for modern infrastructure deployment.

Delve into manufacturing cybersecurity challenges, focusing on ransomware threats, network vulnerabilities, and automation risks while exploring protective strategies for operational technology environments.

Discover how to build and implement a modular wireless survey system using PacketGlass for efficient collection, visualization, and analysis of massive wireless network data through Elastic-based analytics.

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

Dive into real-world attack vectors and strategies for industrial networks through a decade of Red Team exercises, focusing on operational technology and control system vulnerabilities.

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 essential strategies for securing industrial control systems in modern OT environments, addressing IoT connectivity challenges and implementing effective countermeasures for multi-vendor setups.

Explore advanced techniques for assessing substation vulnerabilities through Bayesian attack graphs, focusing on network security and risk analysis methodologies in power infrastructure.

Discover how AI transforms Security Operations Centers (SOCs), empowering cybersecurity teams with innovative tools and strategies to effectively combat modern security threats.

Explore how Generative AI transforms cybersecurity through real-world examples of AI-driven attacks and defensive strategies, based on Google's frontline experience.

Discover how AI and machine learning techniques enhance cybersecurity through advanced threat detection, anomaly identification, and behavioral analysis for stronger security systems.