
Discover critical Wi-Fi security vulnerabilities affecting billions of devices, including Amazon Echo. Learn about Kr00k, its impact, and see a live demonstration of the exploit.

Explore deep-learning techniques to identify and reduce side-channel attack vulnerabilities, leveraging AI explainability for efficient implementation assessment and improved security.

Explore electric motor vulnerabilities and attacks bridging cyber and physical realms. Learn about security risks, attack methods, and protective measures for this critical technology.

Explore Android kernel driver fuzzing with DIFUZE, a tool for identifying vulnerabilities in third-party driver code. Learn techniques to improve Android security infrastructure and discover potential weaknesses.

Explore vulnerabilities in wind farm control networks and potential attack scenarios, with insights on securing these critical renewable energy infrastructures.

Explore vulnerabilities in macOS antivirus software through XPC exploitation, uncovering security flaws and providing guidance for developers to create secure XPC services.

Explore hardware security vulnerabilities in smart energy meters, covering threat classifications, current trends, and testing methodologies for advanced metering infrastructure and grid security.

Explore ICS/OT security compliance beyond vulnerability assessment. Learn to build a comprehensive security program integrating external and internal regulations for critical industrial environments.

Explore hardware security challenges, from supply chain vulnerabilities to chip-level attacks. Learn about emerging threats and best practices for securing technology stacks from silicon to software.

Explore how a vulnerability in Amazon Echo led to the discovery of Kr00k, a widespread WiFi security flaw affecting billions of devices from major tech companies. Learn about its implications and potential risks.

Explore full disk encryption's vulnerabilities, attack vectors, and defense strategies. Learn about physical access risks, memory-resident information, and balancing security with convenience.

Explore rapid web resource assessment techniques, including crawling, scanning, and fuzzing, to enhance cybersecurity and identify potential vulnerabilities in web applications.

Explores metastable failures in distributed systems, analyzing real-world incidents to categorize triggers and amplification mechanisms, aiding understanding and potential solutions for this prevalent issue.

Detailed examination of critical 0-day vulnerabilities in Cisco SMB switches, including web application and API exploits, leading to complete endpoint compromise and data leakage.

Uncover the journey of a critical Zoom vulnerability, from discovery to disclosure, and its far-reaching implications for software security and responsible reporting practices.

Explore MitM attacks via name collision, analyzing causes and vulnerabilities in the new gTLD era. Learn about WPAD query leakage, attack surface characterization, and potential remediation strategies.

Overview of vulnerabilities and attacks against automatic speech recognition and speaker identification systems, exploring various attack vectors and defense strategies.

Exploring security vulnerabilities in smart home platforms through reverse engineering and phantom device testing, revealing unexpected state transitions and potential attacks.

Explore cloud security threats, including crypto-mining worms and innovative techniques targeting AWS, Kubernetes, and other providers. Learn about hackers' methods, persistence strategies, and potential impacts on cloud environments.

Explore supply chain risks, their consequences, and industry mitigation strategies in light of recent challenges. Gain insights into software integrity and future security measures.

Explore vulnerabilities in cloudless smart door systems for large buildings, focusing on IP-gateway security risks and potential exploits in intercom-IP integration.