
Insightful reflection on 25 years in infosec, offering valuable lessons and perspectives from an experienced professional's journey through various technical roles and industry changes.

Explore advanced TCP/IP stack fuzzing techniques, focusing on innovative approaches like state fuzzing with PicoTCP. Learn about uncovering vulnerabilities and enhancing network security beyond traditional methods.

Learn to set up a bug bounty and automation environment, covering essential tools and configurations for effective ethical hacking and cybersecurity testing.

Comprehensive guide to mass production board testing, covering testpoints, fixtures, instruments, software, and accessories for efficient and cost-effective quality assurance in electronics manufacturing.

Explore cutting-edge research on physical emissions in cryptographic hardware at CHES 2024, chaired by Patrick Schaumont. Gain insights into latest developments and implications for secure system design.

Explore MedusaLocker ransomware's behavior and tactics through dynamic analysis, gaining insights into its encryption process and file manipulation techniques.

Explore Internet Safety Labs' approach to software safety, including measurement methodologies, app safety labels, and data collection techniques for advancing technology governance.

Replicate CVE-2023-0286 in OpenSSL, learn to write a libfuzzer harness, and explore vulnerability research techniques for enhanced security awareness and threat prevention.

Explore quantum computing principles applied to debugging complex software systems, enhancing problem-solving skills for modern developers.

Explore strategies for securing the software development lifecycle, from code to deployment, enhancing overall application security and resilience.

Explore dynamic system call sandboxing using partial order analysis to enhance OS security. Learn how to restrict unnecessary system calls and reduce attack surfaces in program execution.

Standardize CI/CD security automation, centralize platform operations, and prevent software vulnerabilities using Tekton as an open-source orchestrator with integrated scanning tools and continuous compliance.

Explore quantitative robust reachability for measuring bug triggering difficulty in software security. Learn about QRSE and functional E-MAJSAT for improved vulnerability assessment.

Explore automated detection of layering violations in embedded systems, focusing on Non Conventional MMIO Accesses and their impact on software portability and design.

Explore integrating security into DevOps practices, understanding its importance and implementation strategies for enhanced software development.

Learn about DefectDojo, an open-source application vulnerability management tool. Discover its features for streamlining security testing workflows and enhancing vulnerability tracking and remediation processes.

Learn to automate security test cases using ASVS, enhancing your application's vulnerability assessment and overall security posture.

Harnessing LLMs to automate BOLA detection in APIs and web applications, reducing requests by 99% while uncovering critical vulnerabilities and submitting multiple CVEs.

Uncover hidden behaviors in your applications, including unexpected file operations and network connections, even when using trusted dependencies. Learn to identify and manage these covert activities.

Learn efficient techniques for identifying false positives and analyzing clean files in malware analysis. Gain actionable tips from real-world examples to enhance your workflow and save time and resources.

Explore NIO's use of cloud native tech like Containerd, Kubernetes, and KubeEdge to enhance EV software development, improving efficiency and quality in the pursuit of vehicular intelligence.