
Explore TPM and IoT security using Raspberry Pi. Learn about trusted computing, chain of trust, and mitigating firmware attacks for building secure IoT systems.

Explore the design and implementation of a modern C++14 MQTT client library for embedded systems, showcasing efficient techniques for IoT devices and discussing adaptability across various platforms.

Explore integrating Raspberry Pi and Python in a 5th-grade science project, measuring marble speeds on different tracks. Learn practical tips, setup guidance, and data collection techniques.

Learn to create an automated indoor garden system using sensors, microcontrollers, and CircuitPython. Explore web app development, Raspberry Pi setup, and IoT data analysis for plant care automation.

Explore PYNQ: Python-based platform integrating microprocessors, microcontrollers, and FPGAs. Learn to leverage programmable system-on-chips for embedded development using familiar Python ecosystem and Jupyter notebooks.

Explore advanced CircuitPython projects for IoT and wearables. Learn to choose devices, understand electronics basics, and add interactivity to hardware projects through exciting demos and real-world applications.

Pythonic introduction to MQTT protocol for connected devices. Learn basic concepts, code examples in CPython and Micropython, and explore use cases in automation and microcontrollers.

Esplora l'integrazione tra Python e Arduino per creare progetti interattivi, combinando la potenza del linguaggio di programmazione con le capacità hardware della piattaforma elettronica.

Explore messaging protocols for IoT devices, focusing on MQTT and AMQP. Learn about their features, use cases, and implementation strategies for efficient data exchange in connected systems.

Explore Raspberry Pi's mission to revolutionize computing education through affordable hardware, open resources, and teacher training. Learn about their Python-focused approach and community engagement.

Explora el uso de asyncio en Python 3.4 para automatización del hogar, abordando dispositivos como Raspberry Pi y sensores, y comparando con soluciones anteriores basadas en Twisted.

Explore Python's role in IoT, from powering embedded hardware to building end-to-end products. Learn about the possibilities and practical applications in this emerging field.

Learn to build a Raspberry Pi weather station using Python, covering sensor programming, data logging, UI creation, and web integration. Ideal for young programmers and schools.

Explore physical computing using Python on Raspberry Pi. Learn to control hardware, create interactive projects, and discover engaging applications in education and beyond.

Explore EEG experiments using Neurosky Mindwave, integrating with IPython Notebook and Raspberry Pi. Learn about brain waves, IoT applications, and data analysis techniques for real-time brainwave monitoring.

Learn to build a Python-powered robot using Raspberry Pi, OpenCV, and gpiozero. Explore hardware options, computer vision algorithms, and GPIO control for creating an interactive, people-recognizing robot.

Learn to program walking robots using Python, exploring remote control, onboard computers, and MicroPython. Discover solutions to common challenges and see real-world examples of custom-built walking robots.

Explore PostgreSQL's strengths for managing massive data in Industry 4.0 and IoT. Learn about its development, extensibility, and robustness, with insights on version 9.6 and 10 features.

Explore Deep Learning with Python and MXNet, including practical demonstrations on a Raspberry Pi for computer vision and natural language processing tasks.

Explore physical computing with Raspberry Pi and Python. Learn about GPIO pins, libraries, and hardware add-ons. Discover how to create interactive projects and leverage the Pi's capabilities for digital making and education.

Explore multi-paradigm programming for GPIO devices on Raspberry Pi, from simple scripts to complex interactions, using Pythonic code for IoT and physical computing applications.