
Explore IoT device security through TrustZone and compartmentalization. Learn about isolation, interaction between components, and handling challenges in secure systems for robust IoT development.

Explore modern alternatives to backporting in embedded systems. Learn how to leverage latest open-source technologies and design practices for better product development and security management.

Explore Zephyr's implementation of trusted execution environments for ARM microcontrollers, covering hardware requirements, security configurations, and multi-core support.

Explore MCUboot's multi-image support for secure IoT device booting and upgrading. Learn about project status, IETF involvement, and advancements in embedded system security.

Explore TPM subsystem updates, recent developments, and security measures against hardware attacks in Linux kernel space with Intel engineer Jarkko Sakkinen.

Explore Time Sensitive Networking (TSN) for real-time systems, covering its origins, benefits, and current Linux kernel development, with insights on building robust distributed systems.

Uncover vulnerabilities in flawless software through hardware glitches and side-channel attacks. Learn advanced exploitation techniques for enhancing cybersecurity defenses.

Explore the evolution of computing and its impact on security, drawing lessons from the past to safeguard future systems and code in our increasingly connected world.

Explore embedded system security threats, proactive controls, and best practices to protect interconnected devices from vulnerabilities and potential DDoS attacks.

Explore building industrial-grade embedded Linux platforms using open-source components. Learn about bootloaders, kernels, toolchains, and filesystems, with insights on selection, integration, and maintenance.

Explore mini-card-sized computer boards for enterprise use, examining cost-effectiveness, durability, and practical applications. Learn about opportunities, management strategies, and overcoming challenges in business implementations.

Automotive industry leaders discuss the benefits and challenges of open source development, its impact on product innovation, and the need for increased collaboration to drive the industry forward.

Bringing agility to secure development: Learn strategies for integrating continuous security practices into your development lifecycle, enhancing both speed and safety in software creation.

Reverse engineering proprietary protocols: case studies revealing security flaws in financial software, home automation, and embedded systems. Techniques for uncovering hidden vulnerabilities in undocumented binary protocols.

Explore cutting-edge topics in open source technology with expert keynotes on realtime systems, RISC-V processors, strategic challenges, and software transparency.

Explore TEEP implementation on RISC-V Keystone and Arm TrustZone, covering use cases, prototypes, and CBOR expressions for secure execution environments.

Explore TEEP implementation on RISC-V Keystone and Arm TrustZone, focusing on secure provisioning techniques for trusted execution environments in embedded systems.

Explore AGL Instrument Cluster Expert Group's insights on functional safety, architecture, and communication mechanisms for automotive software development.

Explore the role of open source software in safety-critical systems with insights from Kate Stewart of The Linux Foundation.

Learn to create custom embedded Debian/Ubuntu systems using ELBE. Explore system integration, build processes, image customization, package management, and efficient development techniques.

Explore Time of Flight camera integration in Linux, covering kernel drivers, firmware, SDK implementation, and GUI development for various platforms including Raspberry Pi and Jetson.