
Explore custom distributions through package aliasing, covering package management, client directives, and leveraging dependencies for flexibility, maintainability, and security in pentesting.

Explore living without Silicon Valley tech, examining open-source hardware, reverse engineering, and alternative approaches to technology development. Challenges intellectual property norms and discusses creating fresh hardware solutions.

Practical introduction to network traffic analysis, covering packet capture techniques, processing mechanisms, performance optimization, and analysis tools for both FreeBSD and Linux systems.

Learn advanced privilege escalation techniques using Metasploit Framework, covering Linux and Windows systems, exploit development, and practical demonstrations from Derbycon 2012.

Learn to set up and utilize Security Onion for efficient network security monitoring, exploring its features and capabilities to enhance your organization's cybersecurity posture.

Learn to set up a virtual network for penetration testing practice, covering VirtualBox installation, VM configuration, networking options, and installing essential tools and environments.

Explore SoC+FPGA solutions, from IoT to industrial-grade chips. Learn about U-Boot and Linux support, FPGA loading, and leveraging FPGA manager with Device Tree Overlays for optimal performance.

Explore TrustZone technology for securing sensitive data in ARM CPUs, its potential applications, and the open-source OP-TEE implementation for Linux, with insights on current limitations and future possibilities.

Efficient video streaming on embedded systems using open-source components: capturing, encoding, streaming, decoding, compositing, and displaying with hardware acceleration on i.MX6 SoC.

Explore resinOS, an open-source operating system for embedded devices that enables Docker containers. Learn its architecture, features, and future development plans for IoT and hardware innovation.

Explore IoT device security, OTA updates, and integrity protection. Compare approaches like IMA, swupd, dm-verity, and OSTree. Learn implementation using Yocto/OpenEmbedded layers for robust IoT systems.

Exploring real-time Linux on embedded multicore processors, from vanilla kernel to optimized system. Insights on PREEMPT-RT patch, multicore challenges, and processor architecture's impact on performance.

Learn to organize and manage multiple development boards efficiently in a personal board farm, addressing challenges and implementing practical solutions for control, power, monitoring, and automation.

Explore camera integration in embedded systems using Device Tree and ACPI, covering V4L2 framework, media controllers, and driver implementation for sensors, ISPs, and flashes.

Explore open-source developments in Parrot drones, focusing on ArduPilot integration, video streaming capabilities, and the future of Linux-based drone platforms.

Explore connected car opportunities, security risks, and best practices for over-the-air updates. Learn from real-world examples like Tesla's innovations and the Jeep Cherokee hack.

Explores practical approaches to address Open Source security in connected devices, focusing on benefits and pitfalls of the Open Source model in production environments.

Explore LininoOS, LininoIO, and ArduinoOS: an integrated ecosystem for IoT development combining Linux and microcontrollers. Learn about package management, GPIO control, and graphical interfaces for embedded systems.

Explore building embedded Debian systems with Isar, combining bitbake's layered approach and Debian's maturity. Learn workflows, customizations, and insights from real-world implementation experiences.

Explore distributed testing with Fuego and LAVA, combining tools for broader coverage across multiple sites. Learn integration techniques, infrastructure setup, and future developments in embedded Linux testing.

Explore challenges and solutions for integrating legacy drivers and RTOS applications with Linux, focusing on exporting virtual memory as dmabuf for efficient buffer sharing across drivers.