
Explore Arduino UNO R4 Minima: setup, programming, and potential applications. Hands-on tutorial for beginners and makers interested in microcontroller projects.

Learn to flash ESPHome and Tasmota firmware on a Sonoff S31 smart plug. Gain insights into custom firmware benefits, device disassembly, flashing process, and integration with Home Assistant for enhanced smart home control.

Comprehensive guide to setting up RetroPie on various Raspberry Pi models, covering hardware, emulation basics, and step-by-step installation process for retro gaming enthusiasts.

Explore LoRa technology for IoT projects using Arduino, ESP32, and Raspberry Pi Pico. Learn about modules, antennas, and programming techniques for long-range data transmission and remote control.

Learn to create an escape room prop using ESP32 or Arduino to decode binary values from punched cards, featuring laser and LDR arrays, voltage divider circuits, and detailed code explanations.

Explore new Arduino Uno R4 boards: enhanced features like CAN Bus, WiFi, LED Matrix. Hands-on demos, benchmarks, and comparisons with older models. Ideal for makers and educators.

Learn to integrate AJAX with ESP32 using TTGO T-DISPLAY. Develop a wireless network-enabled project for remote temperature and humidity monitoring via web browsers on computers or smartphones.

Learn to set up and develop with the ESP32 TTGO T-Display board using Arduino IDE, including installation, drivers, libraries, and data uploading for IoT projects.

Explore challenges and approaches for securing Internet of Things (IoT) devices, including heterogeneous environments, data gathering, and working with project sponsors to identify and resolve security issues.

Exploring the evolution and future of tangible interfaces in real-world applications, from research labs to mass production, and their impact on user interaction and technology development.

Explore IoT vulnerabilities, malware threats, and attack scenarios in this talk. Learn about risks to home and corporate users, and discover recommendations for better protection against these dangerous attacks.

Explore strategies to mitigate IoT security risks through informed device selection and user-friendly interfaces that nudge consumers towards safer choices, based on psychological factors and effective risk communication.

Learn to create Pong on Arduino, focusing on ball collision detection, movement, and game mechanics using efficient binary operations and clever algorithms.

Learn to create Pong on a 16x2 LCD panel using Arduino. Covers drawing, paddle movement, user input processing, and problem-solving techniques through live coding.

Implement Conway's Game of Life on Arduino using LCD panels. Learn custom characters, binary conversion, array manipulation, and more for diverse Arduino projects.

Learn Arduino programming essentials: variables, loops, functions, data types, and more. Create projects, manipulate hardware, and master core C language concepts for microcontroller development.

Practical guide to IoT product security: threat modeling, PSA Certified framework, and nRF Connect SDK implementation. Covers security principles, hardware/firmware specifications, and certification process.

Exploring formal verification techniques for complex systems, combining model-based and data-driven methods to address scalability issues and provide system-level assertions in Cyber-Physical Systems.

Explore machine learning advancements in IoT, covering failure prediction, data challenges, and real-world applications. Learn about deep learning, transfer learning, and future opportunities in this rapidly evolving field.

Comprehensive guide for migrating Home Assistant to Proxmox, covering hardware requirements, installation, VM setup, backups, and system optimization. Ideal for users seeking improved performance and reliability.

Explore the future of wireless technology, its potential, and innovative approaches like millimeter waves, small cells, and software-defined networks to overcome current limitations.