Building Modern Devices is More Difficult than Ever
Building a new device is harder than ever. Ease the process by owning the parts where you create value. Find partners for the rest.
Connecting tech leaders with insight to move the needle, and developers and designers with inspiration to build really cool touchscreen-driven stuff people will love.
Building a new device is harder than ever. Ease the process by owning the parts where you create value. Find partners for the rest.
Discover how we used a low-cost Pico and a touch of AI to program I²C EEPROMs before first boot.
ICS turned heads at embedded world with AI, machine vision, and HMI demos. See how we’re redefining embedded innovation in our recap.
The device isn’t dead, but it’s no longer the center of the story. The ecosystem is.
If your embedded systems, medical devices or industrial control applications are still running Windows 10, it’s time to modernize.
AI is transforming high-stakes software, and Microsoft's WinUI enables intelligent, real-time applications built for performance and safety.
Building complex products takes a coordinated team with proven processes, not a patchwork of tools and freelancers.
AI is more than a tool for automation. When viewed as a partner, it can challenge us to become better developers, helping us see our own work with fresh eyes.
Learn how these powerful tools to help manage and validate user input to avoid errors and improve your app's UX.
By embracing AI thoughtfully and iteratively, software testers can unlock new efficiencies and deeper insights.
AI assistants aren't always right — but when they are, they can really move the needle.
Struggling with slow, unreliable inter-process communication? MnemoQ rethinks how data flows between processes.
Cybersecurity is no longer simply a checklist – it's a design activity that spans the entire product lifecycle.
Applying regulated UX design principles to non-regulated markets boosts usability and predictability.
As AI transforms software development, creativity and UX design will outweigh coding, ensuring humans remain essential — at least for now.
Cybersecurity is no longer something you tack on at the end — it’s as essential to your development process as hardware specs and UX.
Software engineers remain essential to the AI-driven development process, though their role is evolving.
Open-source graphics library LVGL may be the ideal choice for creating embedded medical device UIs.
Rust offers a fresh perspective on developing maintainable and scalable systems without the need for built-in object-oriented features.
Learn how to modernize embedded devices using Qt 6 plugins through a practical implementation.
Learn how to use Ollama and OpenWebUI to run Large Language Models (LLMs) locally—and enjoy no limits, no cloud and no extra costs!
Here’s a look at the pros and cons of using Flutter to develop medical device software.
Trying to combine Python and C++ into a single application can lead to problems late in a project. Adopting a client server mode can help you avoid those issues.
Choosing the right board or System on Module (SoM) is no easy feat -- the sheer number of options can feel overwhelming. Here's context to help you make an informed choice.
As companies strive for innovation, leveraging microcontrollers has become essential for success.
Key takeaways from October's embedded world North America, held in the "Silicon Hills" of Austin, Texas.
ICS harnesses the power of AI to create solutions that not only meet today’s challenges but lay the foundation for tomorrow’s intelligent systems.
Strategies to get meaningful client feedback on your project team’s performance in time to make any corrections, if needed.