Embedded Operating System
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Hot Wheels Meets Embedded Engineering: Inside a 1:64 Scale FPV RC Drift Car A Hot Wheels car has been transformed into a fully functional FPV RC drift platform by YouTuber Pro Know, proving that serious embedded engineering can exist even at a 1:64 scale. The project replaces the toy’s original internals with an ESP-based microcontroller running custom firmware, paired with a purpose-built PCB that integrates control logic, power… |
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Nuvoton Unveils New Cortex-M23 Microcontroller SOC, NSC128L42, for High-Precision Measurement Applications Hsinchu, Taiwan– June 30, 2026 – Nuvoton Technology Corporation, a leading global semiconductor provider, has announced the launch of the NSC128L42, a new 32-bit Arm® Cortex®-M23 microcontroller designed for high-precision measurement. This highly integrated solution combines a 24-bit Sigma-Delta ADC, an LCD driver, and high-quality voice synthesis in a… |
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Autonomous Robotic Fish Combines Computer Vision and Wireless Charging A YouTube channel named CPSDrone has developed a fully autonomous robotic fish capable of operating without direct human control. The project, which took nearly three months to design and build, demonstrates how bio-inspired robotics can replicate the movement and behavior of aquatic life while integrating advanced robotic capabilities. Unlike traditional remote-… |
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Thumb-Sized Smart Button Packs Years of Battery Life with Matter Connectivity A tiny smart button measuring just 32 millimeters in diameter is demonstrating how modern IoT hardware can deliver powerful functionality in a miniature package. At its core is the Nordic nRF54L15 chipset, a next-generation wireless microcontroller designed for ultra-low-power embedded applications. The board supports Bluetooth Low Energy and Matter over Thread,… |
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How to Use ESP32-CAM for Face Detection Using CircuitDigest Cloud Have you ever watched a movie where a system instantly detects a person’s face, like in security doors or smart targeting systems, and thought, “This looks too complex to build in real life?” It might seem like something only high-end systems can do, but the reality today is very different. With compact and powerful modules like the ESP32-CAM, building an ESP32-CAM… |
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ESP32 Interactive Voice Response (IVR) System with GeoLinker Integration Nowadays, automation has become a common part of our daily lives. From simple tasks like operating a coffee machine to creating code for complex applications, many processes are now automated. However, most systems used for controlling devices depend on internet connections, mobile applications, or cloud platforms. In many places, internet availability may be poor or… |
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Arduino DC Motor Speed Control using GSM With the increasing demand for automation and remote operation, controlling electrical devices without the need for physical access has become an important area of development in modern engineering. Automation helps reduce manual effort, improves operational efficiency, and enhances safety, especially in environments where human presence is difficult. As a result,… |
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Tactility Brings App-Based Functionality to ESP32 Microcontrollers Changing apps on your phone or computer is simple, but doing the same on an embedded system usually means reflashing the entire firmware, which isn’t so easy. Tactility, a new operating system for the ESP32 microcontroller family, changes this by making it possible to run and switch apps just like you would on a desktop. Created by Ken Van Hoeylandt, Tactility supports devices with or without… |
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Which is the Best Embedded OS for IoT Applications? – A Comparison between Popular IoT Operating Systems An embedded operating system is a specially designed operation system, which performs specific kinds of tasks in a small segment of memory unit like a Microcontroller/Microprocessor. Why do we need an operating system to complete a task? The answer is no. We use the operating system depending on our purposes like completing tasks within the time-complexity, easy to manage… |
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RIOT - Free and Open Source Operating System for Embedded IoT Devices In this era of the Internet of Things (IoT), we use various embedded devices and systems to execute and obtain data from various fields. Whenever we talk about embedded and IoT devices, we always think about what microcontroller/microprocessor we have used and most importantly what kind of firmware we are going to use to obtain the data precisely, without any time… |
