
Explore SBAT revocation mechanisms at the distribution level, focusing on leveraging and managing these systems for enhanced security and efficiency.

Learn to detect Linux post-exploitation using Auditd. Explore system calls, audit rules, and attack scenarios for enhanced security monitoring and threat detection.

Comprehensive analysis of smartphone vulnerabilities, exploring security flaws and potential exploits in mobile platforms. Insights from experienced security researchers on reverse engineering and exploit development.

Novel vulnerabilities and exploitation techniques to bypass Linux syscall tracing, even with security measures like seccomp, SELinux, and AppArmor in place. Demonstrates how user-mode programs can evade detection.

Explore the evolution, challenges, and lessons of the Arch Linux Security Team. Learn how to establish and contribute to a distro security team, gaining insights into efficient practices and future improvements.

Explore pam_panic, a Linux authentication module for protecting encrypted data in distressing situations. Learn about LUKS, implementation scenarios, and see a live demonstration of the module in action.

Explore TPM NVRAM's role in safeguarding secure boot keys for POWER9 OpenPOWER systems, covering design and implementation aspects in firmware and Linux kernel layers.

Explore extensible Linux security with eBPF programs, enabling custom security and auditing solutions without kernel modifications. Learn design, interfaces, and practical applications.

Explore Linux security models, integrity policies, and LSM framework implementation with a focus on multilevel security and policy enforcement techniques.

Explore open silicon's role in future security, focusing on RISC-V processors and Zephyr OS to create a secure root of trust for Linux systems. Learn about hardware security cores and privilege levels.

Explore eBPF's powerful capabilities for Linux, focusing on container contexts. Discover practical applications through demos and learn how to leverage this technology effectively.

Explore recent CPU vulnerabilities, their impact on Linux, and security fixes with kernel developer Greg Kroah-Hartman in this insightful keynote address.

Explore AppArmor's security features, development process, and integration with LxD, guided by Canonical security expert John Johansen.

Explore SELinux's security features for Linux systems, covering containers, file systems, networking, and Android implementations.

Explore Docker's security implications, debunking myths and highlighting real benefits for containerization, with practical insights on implementation and best practices.

Uncover vulnerabilities in Linux and PaX ASLR implementations, exploring low entropy, distribution issues, and object correlations. Learn to bypass Full ASLR and discover ASLR-NG, a new design addressing current weaknesses.

Erfahrungen und Konzepte zur Implementierung von Secure Boot auf Linux-Systemen, um Schadsoftware und manipulierte Betriebssysteme zu verhindern.

Explore Linux sandboxing techniques without coding, focusing on process startup stages and practical examples. Learn to enhance security and control system calls effectively.

Uncovers a decade-long, state-sponsored cyber espionage campaign targeting Linux servers, revealing custom malware and rootkits used in strategic attacks on government and industry infrastructure.

Comprehensive overview of Kubernetes security layers, covering sysadmin, developer, and security team perspectives. Explores hardening guides, container security, deployment strategies, and collaborative approaches.

Explore eBPF programming with Go through live coding examples. Learn about kernel-level programs, syscalls, maps, and custom event attachments for enhanced Linux observability and security.