
Explore rootless containers with Podman, covering benefits, requirements, and practical applications like Home Assistant deployment. Learn troubleshooting and maintenance tips.

Learn to create your own smart home system using free, open-source software. Explore practical demonstrations and step-by-step guidance for implementing DIY solutions.

Explore vulnerabilities in smart home devices and learn techniques for securing digital homes against potential backdoor attacks and unauthorized access.

Learn to split and organize your Home Assistant configuration into multiple files, improving manageability and intuitiveness. Covers YAML basics, file editing, backups, and various splitting techniques.

Build and configure an open-source DIY sprinkler system using Raspberry Pi and OpenSprinkler. Learn hardware setup, software configuration, and automation for efficient home irrigation control.

Explore cutting-edge strategies for securing smart homes in this DefCamp 2023 presentation. Learn about emerging threats and innovative solutions to protect IoT devices and networks at the edge.

Explore home-based AI deployment with ChatNMI, focusing on easy implementation and advanced techniques. Learn to push the boundaries of AI integration in personal environments.

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.

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.

Explore HackDMI: Learn about HDMI protocols, CEC messaging, and ARC. Discover vulnerabilities in HDMI implementations and gain insights into fuzzing techniques for digital media interfaces.

Explore popular open source home automation tools like Home Assistant, OpenHAB, and Domoticz. Learn about supported devices, practical examples, and customization options for controlling IoT appliances.

Explore MQTT protocol for home automation, including integration with open-source platforms, message conventions, and practical examples using Raspberry Pi and Arduino-based sensors.

Explore reverse engineering of Logitech's Harmony smart home hub, uncovering vulnerabilities and discussing their implications for device security and potential exploitation.

Exploring security vulnerabilities in smart home platforms through reverse engineering and phantom device testing, revealing unexpected state transitions and potential attacks.

Explore security and privacy challenges in multi-user smart homes, examining design principles and a prototype solution for respectful usage and user agency.

Análisis de vulnerabilidades en dispositivos IoT populares y desarrollo de CGuard, un nuevo marco de control de acceso para proteger a los usuarios finales de amenazas en canales de gestión.

Empirical security analysis of SmartThings smart home platform reveals design flaws leading to overprivilege and vulnerabilities in event subsystem, demonstrating potential risks in emerging IoT frameworks.

Learn to create efficient Go-based appliances for Raspberry Pi with gokrazy. Simplify development, deployment, and maintenance of home automation projects, document scanning solutions, and mesh networks.

Explore Intel RealSense for IoT projects: gesture control, voice recognition, and face detection. Enhance user experiences in home automation, robotics, and security using Raspberry Pi, Galileo, and Edison.

Explore JSR 363 for standardized IoT measurement representation, enabling accurate data handling in smart devices and scientific applications. Learn implementation and contribute to Java's IoT growth.