
Explore secure container deployment in embedded systems using hypervisors, balancing convenience with real-time capabilities and safety profiles for diverse hardware applications.

Practical guide to implementing U-Boot bootloader port, covering device tree support, driver model, crucial subsystems, and multi-stage booting. Includes examples from recently added platforms.

Explore open-source software update solutions for embedded Linux devices, covering integration steps for SWupdate, Mender, aktualizr, and resin.io on custom boards using Yocto/OE-core.

Explore I3C bus protocol: improved data rate, power efficiency, and features over I2C/SPI. Learn about Linux implementation, future enhancements, and its impact on embedded systems.

Comprehensive guide to implementing Secure Boot on embedded systems, covering encryption, signatures, bootloaders, and filesystem security with practical examples and real-world applications.

Demonstration of RIAPS platform for energy applications, showcasing its capabilities and a microgrid resynchronization application developed in collaboration with NSF FREEDM ERC.

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.

Explore advancements in transportation and power technologies, and how smart policies can position the US as a global leader while boosting the domestic economy.

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

Explore innovative physical perimeter defense using software-defined radio to detect potential threats by simulating cell tower signals, enabling early reconnaissance identification and post-breach investigation.

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.

Discover how to implement next-generation security by leveraging feedback, pushing security left, and making it consumable. Learn strategies to engage developers and address the challenges of securing complex software workloads.

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

Explore the evolution of telecom network functions to cloud-native, discussing challenges, architecture, and performance testing in Kubernetes environments.

Explore improved lower bounds for sparse reconstruction using subsampled Hadamard matrices, advancing understanding in signal processing and compressed sensing.

Explore efficient algorithms for generalized Discrete Fourier Transforms applicable to all finite groups, enhancing computational capabilities in various mathematical fields.