
Explore machine learning's power to predict future events, from flight delays to sentiment analysis, with practical steps for building and deploying predictive models using Azure tools.

Explore building a voice-controlled smart home system using Raspberry Pi, open-source software, and natural language processing. Learn to create an extensible bot for managing electrical devices.

Explore a vendor-neutral, open-source approach to smart home automation using Eclipse SmartHome. Learn about offline capabilities, custom device integration, and powerful automation rules.

Live coding demo: Create a connected home using Raspberry Pi, sensors, and voice control for smart automation and IoT integration. Learn practical applications and overcome common challenges.

Learn to create and integrate Alexa, the voice-controlled personal assistant, using Raspberry Pi and Java. Explore custom skills, home automation, and serverless AWS Lambda implementation.

Explore smart home tech, benefits, and challenges. Learn about available devices, protocols, platforms, security, and coding for home automation. Practical advice and demos included.

Learn to integrate Alexa with openHAB for voice-controlled home automation. Discover how to set up and use this powerful combination to enhance your smart home experience.

Explore vulnerabilities in home automation PLCs, revealing security risks and potential exploits in smart home systems. Learn about honeypot-like susceptibility to hacking.

Exploring transactuations: a novel abstraction for building reliable IoT applications, addressing inconsistencies in smart home environments caused by failures and unwanted interleaving.

Explore a hub-based system for enhancing transparency in smart home data processing, addressing privacy concerns and empowering users with greater control over their information.

Explore how delay-based attacks can disrupt smart home automation systems, compromising security and user experience in connected environments.

Analyse des Stromverbrauchs für Heizung und Warmwasser mittels neuronaler Netzwerke. Optimierung durch Auswertung von SmartMeter-Daten und Heizungsstatus über 2,5 Jahre.

Entdecken Sie, wie Sie Smart-Geräte mit Tasmota-Software nachrüsten und modifizieren können, um mehr Kontrolle und Funktionalität zu erhalten.

Explore the unexpected intersection of IoT and llama farming, delving into cloud vs. local control, automation challenges, and practical lessons for tech product development and ROI assessment.

Explore building a home automation system using Raspberry Pi, React Native, and GraphQL. Learn about temperature sensors, control loops, and integrating with HomeKit and Siri.

Learn to create a smart home system using Arduino boards and JavaScript to control windows for optimal temperature and humidity, enhancing your living space with DIY automation.

Explore IoT applications using Microsoft Bands, Arduino, and Nitrogen.io. Learn about cloud computing and smart home technologies from Microsoft's Architect Evangelist.

Explore practical home automation techniques and technologies with expert insights on implementation, integration, and optimization for a smarter living space.

Exploring Linux forensics techniques for IoT devices, from smart homes to security systems. Showcases research on applying digital investigation methods to various IoT platforms running Linux operating systems.

Explore secure home automation solutions balancing privacy, security, and convenience. Learn about end-to-end encryption, network segmentation, and offline alternatives for smart home control.

Explore the evolution of smart homes, from current limitations to the vision of intelligent, interconnected living spaces that seamlessly integrate with our daily lives.