
Discover EduBlocks, a drag-and-drop Python 3 tool created by 14-year-old Josh Lowe to bridge the gap between block-based programming and Python, making coding more accessible for students and teachers worldwide.

Learn to build practical machine learning models for audio classification using spectrograms, CNNs, and techniques like transfer learning and data augmentation with Keras and TensorFlow.

Explore IoTPy for building concurrent, non-terminating streaming applications in Python, leveraging existing libraries for data analysis and distributed systems.

Explore DIY home automation using microcontrollers and CircuitPython. Learn key concepts, use emulators, and see real projects like a robot cleaner and plant monitoring system.

Explore electrocardiography, from heart basics to building an ECG with Arduino. Learn data analysis and machine learning techniques for heart data interpretation.

Comprehensive guide to hardware manufacturing: from PCB design to component selection, assembly, and software integration. Learn from real-world experiences in creating a programmable gamepad for IoT workshops.

Explore digital audio processing in Python using Pedalboard, a powerful library that simplifies audio manipulation, file handling, and plugin integration for musicians and developers alike.

Explore TinyML for deploying machine learning on microcontrollers. Learn about hardware options, frameworks, and real-world applications in agriculture, conservation, health, and ecology monitoring.

Explore embedded switch features in NICs and their management within Linux environments, focusing on current capabilities and future developments.

Exploring Linux's potential in safety-critical systems, discussing reliability, traditional approaches, and the challenges of using open-source software in life-dependent applications.

Explore the challenges and rewards of working as a kernel developer for a networking hardware vendor, balancing community expectations with internal and external demands.

Explore RISC-V architecture and its implementation in Linux systems at the Linux Plumbers Conference, focusing on microcontroller applications and developments.

Explore RISC-V architecture and its implementation in Linux systems through expert discussions and technical presentations at the Linux Plumbers Conference.

Explore a faster signaling method through user interrupts, enhancing system performance and responsiveness in Linux environments.

Explore a faster signaling method through user interrupts, enhancing system performance and efficiency in Linux-based environments.

Explore Swift development on Raspberry Pi: setup, challenges, and opportunities. Learn to create LED circuits and integrate with Vapor for server-side applications.

Explore digital signal processing in Swift using Apple's Accelerate framework. Learn to detect audio frequencies with Fast Fourier Transforms through an interactive demo on audio sampling rates.

Explore Swift for hardware hacking: enhance a cat coin bank with sensors, money counting, speech output, and Bluetooth connectivity. Learn foundational skills for your own projects.

Explore deep learning's potential in time series analysis, covering classification, prediction, and anomaly detection. Learn how neural networks can revolutionize processing of sequential data across various domains.

Explore TinyML: train, convert, and run machine learning models on microcontrollers. Learn quantization, pruning techniques, and step-by-step integration for embedded AI applications.

Explore Network Service Mesh for addressing cloud native 5G telco networking challenges, including VPN separation, accelerated traffic, and legacy protocols. Learn about its advantages over current approaches.