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If your organization deploys IoT solutions, you already know that embedded system development differs significantly from standard desktop development. The low cost and open-source nature of Linux make it a popular choice for embedded projects. While some developers initially use virtual machines to emulate target environments, dedicated embedded Linux distributions provide a far more efficient and tailored development workflow. Why Use Linux for Embedded Systems? Linux is widely favored for embedded systems due to its low cost, mature and stable kernel, community support, and flexible licensing. Compared to proprietary embedded OSes, Linux allows developers to: ...

Embedded software is no longer static code locked into devices. It has become dynamic, intelligent, and updatable—powering everything from EVs and industrial controllers to wearable health monitors and smart POS systems. With the global embedded software market projected to surpass USD 35.6 billion by the end of 2025, the future of embedded systems is being shaped by ten powerful trends. Here’s what engineers and product developers need to know. 1. Edge AI Is Going Mainstream AI is moving closer to the hardware. In 2025, lightweight ML models are increasingly embedded in microcontrollers for real-time decision-making. ...

As smart devices become increasingly prevalent in sectors like home automation, industrial control, medical equipment, and consumer electronics, custom embedded systems have emerged as a powerful foundation for product innovation. Rather than relying on generic boards that may not fit specific project needs, developers are turning to purpose-built embedded platforms that offer greater control, efficiency, and scalability. What Is a Custom Embedded System? A custom embedded system is a computing platform specifically designed for a single function or product. It integrates hardware and software tailored to the application’s performance, size, power, and interface requirements. ...

Customizing Android BSPs for Embedded Projects When developing an embedded product that runs Android—whether it’s a smart control panel, industrial HMI, or consumer device—one of the most critical components is the Android Board Support Package (BSP). In this post, we explore what the Android BSP is, where customization is needed, and best practices for making Android work reliably on your custom hardware. What Is an Android BSP? An Android BSP is the foundation layer that adapts the Android operating system to your specific hardware. It typically includes: ...

A Single-Board Computer (SBC) is a fully functional computer built on a single circuit board. Unlike traditional desktop PCs that require multiple modules (motherboard, GPU, RAM, etc.), an SBC integrates the processor, memory, storage, input/output ports, and sometimes even networking components into one compact unit. These systems are widely used in education, prototyping, embedded control, and industrial automation. 🕹 What Makes SBCs Unique? The defining trait of an SBC is its integration. With minimal size and components, SBCs eliminate the need for external expansion slots or multiple interconnected boards. Instead, they focus on optimized form factors, reduced power consumption, and targeted performance for specific applications. ...

Customizing SBCs to meet specific requirements for commercial and industrial needs.

How to Choose the Right Single-Board Computer (SBC) for Your Project Single-board computers (SBCs) come in all shapes, sizes, and capabilities. From simple automation tasks to AI-driven edge computing, choosing the right SBC can save development time, reduce cost, and ensure long-term reliability. This guide outlines the key factors to consider when selecting the best SBC for your embedded or industrial project. 1. 🎯 Define Your Application Requirements Before looking at technical specs, ask: ...

A beginner-friendly introduction to embedded SBCs and what makes them powerful.

How Linux-based SBCs power modern industrial control systems.

Explore how Linux SBCs are applied in industrial and consumer electronics.