
Comprehensive overview of mobile security challenges and best practices, covering encryption, data protection, and platform-specific concerns for developers building secure mobile applications.

Explore reverse engineering risks and prevention techniques for application security experts. Learn about code integrity, data validation, and architectural principles to protect software in untrusted environments.

Explore secure container solutions for BYOD environments, covering application wrapping, design challenges, iOS runtime analysis, and implementation best practices for mobile data protection.

Learn dynamic analysis and fuzzing techniques to verify software security, including mitigations and vulnerability checks. Explore BinSecSweeper, an open-source tool for binary analysis on Windows and Linux.

Dynamic source-sink analysis for Java applications to detect security vulnerabilities, aimed at developers for use during development, not production. Demonstrates live detection of issues like log manipulation.

Explore cutting-edge web and mobile security topics, including mobile attacks, use-after-free exploitation, static analysis, runtime manipulation, and top hacking techniques from AppSecUSA 2014.

Explore continuous security testing in DevOps, addressing challenges and presenting an open-source framework using Behavior Driven Development for effective communication and automation.

Explore strategies for building security into software development, moving beyond vulnerability discovery to secure design and implementation. Learn from industry experience and BSIMM data.

Explore techniques for using static analysis tools in dynamic web vulnerability assessments without source code, enhancing detection of security weaknesses in complex applications.

Explore strategies for efficiently reviewing large codebases, including experiments, tools, and unexpected challenges encountered during a 2.6 million line code assessment.

Explore strategies to defend against Application-Level DoS attacks using a new open-source Node.js framework. Learn to identify threats, analyze traffic patterns, and implement active defense measures.

Explore NIST's mission, impact on US industry, and cybersecurity initiatives. Learn about current programs, projects, and R&D activities in this premier scientific institution.

Explore building embedded Linux systems using Clang, covering tools, dependencies, configurations, and challenges in this comprehensive technical overview.

Explore rust-vmm's security journey, covering components, audits, development practices, and fuzzing techniques for virtualization and Virtio components.

Explore FD.io's role in building secure Terabit NaaS cloud networking, focusing on VPP and CSIT projects for high-performance, scalable, and robust cloud VPNs with encrypted overlays.

Strengthen your shift-left DevSecOps strategy by automating REST API security validation using Okta and JFrog. Learn to verify authentication and authorization policies before production release.

Learn to integrate fuzzing into software development, exploring tools like libFuzzer, ClusterFuzz, and OSS-Fuzz to enhance security and catch bugs early in open-source and proprietary projects.

Explore practical aspects of running board farms for embedded Linux testing. Discuss control software, architectures, hardware tools, and collaboration opportunities in automated testing.

Explore practical steps to integrate automated security testing into software delivery pipelines, enabling efficient and secure development practices for modern engineering teams.

Explore next-generation board farming techniques for automated testing in embedded development, enhancing efficiency and reliability in hardware-software integration.

Explore APIs for automated testing of embedded Linux, covering framework-lab interactions, resource models, and practical implementations for power measurement, camera, and serial operations.