
Explore IoTivity-Constrained's architecture and features for implementing OCF IoT standards on resource-limited devices, including integration with real-time operating systems and adaptation for Zephyr RTOS.

Explore RIOT, an open-source OS for IoT devices with limited resources. Learn its architecture, design choices, and community-driven development process for efficient IoT solutions.

Explore intelligent industrial IoT networks, edge computing, and open systems for enhanced security and productivity in factory settings, with real-world examples and network virtualization insights.

Explore Bluetooth-based IoT solutions using Zephyr OS, covering stack implementation, IPv6 integration, application development, and future prospects like Bluetooth Mesh.

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

Comprehensive guide to GPIO for Arduino and ESP projects, covering digital/analog I/O, logic levels, resistors, PWM, ADC, high current applications, and port expanders with practical examples.

Learn to build voice-controlled home automation using IBM Watson, Docker, IFTTT, and serverless technologies. Explore architecture, deployment, and practical applications for IoT solutions with OpenWhisk and cognitive services.

Exploring the challenges and technologies in sensor-based systems for engineering applications, focusing on data accuracy, timeliness, and cost-effectiveness in cyber-physical interactions.

Explore the journey of creating a fully functional, cloud-free voice assistant using open-source software and a Raspberry Pi. Learn about system architecture, component selection, and 3D-printed enclosure design.

Explore challenges and solutions for running Kubernetes in distributed edge environments, focusing on wellsite automation and equipment control in the oil industry. Learn about EVE for secure, scalable edge deployments.

Explore edge computing for smart farms using K3s, sensors, and Raspberry Pi. Learn to design and implement real-time monitoring systems for agriculture in Latin America.

Explore cutting-edge developments in Internet of Things technology at this Linux Plumbers Conference session, featuring expert discussions and insights on IoT advancements.

Explore containerization in automotive edge devices, focusing on Podman improvements and functional safety in interference-free environments.

Explore the potential for enhanced automation in smart homes, focusing on device interconnectivity and user-friendly, shareable automations beyond basic control methods.

Explore open-source home automation solutions, from sensors to image processing, balancing comfort, openness, and usability in smart home projects.

Craft modular IoT applications with rich web interfaces using POCO C++ Libraries and macchina.io. Integrate sensors, protocols, and cloud services for efficient Linux-based device development.

Explore vulnerabilities in Bluetooth Low Energy design and learn strategies to secure mobile and wearable ecosystems against potential attacks.

Explore Raspberry Pi AI Camera capabilities for video data detection and capture. Learn to harness AI for advanced image processing and analysis in your projects.

Explore LiFi technology's potential to revolutionize data transmission using light, enabling the Internet of Things and transforming mobile communication in the Third Industrial Revolution.

Explore security guard vulnerabilities and social engineering tactics in physical penetration testing, with insights on scoping, incident response, and exit strategies.

Análisis de seguridad y ataques prácticos a redes LPWAN, enfocándose en LoRaWAN y NB-IoT. Explora vulnerabilidades en la cadena de suministro y módulos, compartiendo hallazgos y recomendaciones para mejorar la seguridad.