
Explore media API testing challenges and solutions using compliance tests and virtual drivers for diverse hardware, enabling effective regression testing without physical devices.

Explore Zephyr's API for managing ACPI power states in connected application processors. Learn about state machine framework, hierarchical levels, and utility functions for efficient power management.

Explore high-bandwidth sensor applications in Zephyr, focusing on achieving 10kHz+ sample rates from multiple sensors. Learn about bottlenecks, data pipelines, threading, and system design considerations.

Learn to enhance system security by integrating Zephyr Bootloader and MCUboot. Explore implementation techniques, benefits, and best practices for secure firmware development in embedded systems.

Explore the new Zephyr sensing subsystem's architecture, design, and applications in client computing platforms, building upon the existing sensor driver API to enhance functionality.

Explore kernel timers in Zephyr, their importance, and how testing ensures quality. Learn about timer drivers, potential issues, and the significance of setting expectations.

Explore RISC-V software ecosystem and OP-TEE port, enhancing device security through open-source solutions. Learn about Trusted Execution Environments and their applications in various industries.

Explore the importance of open camera sensor drivers in Linux, focusing on compliance with libcamera requirements for consistent implementation and improved functionality.

Explore the porting of Bao hypervisor to Arm's Cortex-R52, discussing Armv8-R architecture, virtualization challenges, and MPU-based use cases in automotive computing.

Learn Linux security techniques to protect against hackers, focusing on buffer overflow vulnerabilities and hardening methods for embedded systems and IoT devices using C programming.

Explore the current trends and future prospects of Linux in space missions with industry experts, discussing its effectiveness in satellites, rockets, and cubesats.

Explore a standardized SMS interface for Zephyr RTOS, enhancing cellular IoT applications and improving cellular modem functionality for more efficient and versatile embedded systems development.

Explore integrating LwM2M protocol with TinyML for efficient IoT device management, enabling streamlined OTA updates, telemetry, and anomaly detection on resource-constrained devices.

Explore distributed embedded systems using Zephyr, focusing on micro-services, Pigweed's RPC implementation, and proto API boundaries. Learn modular design benefits for testing and parallel development.

Explore Zephyr's Bluetooth Low Energy controller: features, architecture, and optimizations for product differentiation, performance, and power efficiency in IoT devices.

Explore ThingSet's zero-overhead remote API for embedded devices, its integration with Zephyr, and learn to create connected sensor firmware in minutes using various communication interfaces.

Explore Blues' innovative cellular IoT solutions, enabling secure and affordable global connectivity for any device. Learn about the Notecard's versatility and ease of use for developers.

Explore Zephyr's contribution process, comparing it with Linux and U-boot. Learn guidelines, tips, and insights for efficient patch submission in this growing RTOS community.

Explore ELISA project's efforts to enable Linux in safety-critical systems, covering goals, strategies, work groups, and challenges in automotive, medical, and industrial IoT applications.

Explore ACRN Hypervisor's innovative approach to consolidating real-time and HMI systems, addressing challenges in industrial automation with virtualization and strict real-time performance requirements.

Explore blockchain-based network orchestration for edge computing, enhancing trust and transparency between multiple domains and entities in telecom and IoT environments.