
Learn to create custom Ubuntu and Debian container base images using simple tools like debootstrap and multistrap, gaining insights into container building and debugging.

Explore the fusion of AI and AR in art, discussing technologies, impacts, and the artist's journey in bridging digital and physical worlds through innovative artworks.

Explore syscall forwarding to userspace for enhanced container capabilities, enabling safe kernel module loading and filesystem mounting while maintaining security boundaries.

Explore deploying high-speed networks using Faucet, an open-source SDN controller. Learn about network design, configuration simplification, and avoiding vendor lock-in through OpenFlow protocol implementation.

Explore the consolidation of Linux kernel RCU flavors to prevent security exploits, featuring war stories and lessons learned in improving system reliability and usability.

Explore service processor vulnerabilities in servers, focusing on BMC security flaws and hardware-based attack methods for gaining persistent control of management systems.

Explore recent developments in Linux kernel security, including hardening efforts, new access controls, and infrastructure changes. Learn about integrity, TPMs, and future trends in this field.

Explore challenges and principles in developing open computational thinking resources for schools, focusing on CS Unplugged and CS Field Guide from the University of Canterbury.

Explore how open source hardware and software can enhance assistive technologies, empowering individuals with disabilities through customizable solutions for improved independence and quality of life.

Explore the evolution of web browsers, from primitive text-based interfaces to modern features like CSS and JavaScript, uncovering historical insights and quirks along the way.

Explore deep learning applications, privacy implications, and Mozilla's efforts to create empowering machine learning systems while ensuring user privacy.

Explore Linux memory management basics, including paging, hardware mechanisms, and process memory usage. Learn to control overcommit, set limits, and use system calls for effective memory management.

Explore efficient ID allocation in Linux kernel, focusing on memory optimization, API design, and challenges in complex systems. Learn from real-world case studies and implementation details.

Strategies for developing cross-platform applications using Qt, QML, and Kirigami. Learn to share code between desktop and mobile while navigating challenges in Android and iOS support.

Exploring the nature of intelligence and human uniqueness to reframe the AI debate. Empowers audience to shift perspective on robots and automation, addressing ethical challenges in the evolving technological landscape.

Explore firmware security's importance, vulnerabilities, and mitigation strategies. Learn about attack surfaces, System Management Mode, and ways to enhance protection in various computing environments.

Innovative open-source project using digital solutions like thermal cameras and machine learning to monitor and protect New Zealand's native birds from introduced predators.

Explore FileSender, a browser-based solution for securely sharing large files across organizations. Learn about its features, implementation, and future development prospects.

Explore microcontroller programming, from LED control to OS testing. Learn practical applications in RC planes, wearable tech, and hardware debugging. Gain insights into low-level computing and open hardware.

Explore open-source FPGA development with SymbiFlow, the "GCC of FPGAs". Learn about its current status, supported FPGAs, and how hobbyists are revolutionizing hardware design.

Explore ultra-low-power IoT sensor design using ESP32 and LoRa. Learn battery selection, power optimization, deep-sleep modes, and solar integration for long-lasting wireless environmental monitoring.