Articles & Blogs

In my first blog, I talked about the plan and the overall roadmap. In my most recent blog, I talked about the technical plans and the road bumps we encountered. With all that out of the way, let’s talk about the final implementation and the results.

We're going to move from theory to practice. We'll run our first container, build a custom Python application, and look at when and when not to use Docker in your projects.

Learn how the Arduino UNO Q accelerates the development of real-time edge AI applications and industrial retrofits that require embedded Linux.

When I first started working on electronic projects, temperature was the last thing on my mind. I was so focused on getting my circuits to work, making sure the wiring was right, the code ran, and the sensors were giving me the right values.

Explore the WPI XRP Medal Challenge and create unique robotics builds with sensors, extensions, and maker creativity for hands-on innovation.

Understand how memory read attacks work on MCUs and how to defend using debug disable, encryption, and hardware protection features.

Learn how Zephyr RTOS and NXP Semiconductors simplify firmware development and accelerate deployment across IoT, industrial automation, and edge computing.

How a modular evaluation platform uses a portfolio of inductors and stable passives to simplify evaluation of buck, boost, and LED-driver DC/DC topologies.

Creating a low-cost prosthetic arm is challenging, but making one that is also easy to calibrate and accurate is even tougher.

Lattice Semiconductor collaborates with NVIDIA to provide a solution for rapid design and prototyping of edge AI applications.

Arduino‑compatible TFT breakout boards from Newhaven Display simplify prototyping for user interaction with embedded displays.

ADI's GMSL simplifies the development of high-bandwidth, low-latency robotic vision applications.

Explore how attackers gather device info, map inputs, and uncover vulnerabilities using reconnaissance in embedded hardware security.

Use µModule buck-boost regulators for three architectural approaches to integrating inductors and current sensing for high-current DC/DC conversion.

Explore audio output options, including piezos, speakers, DACs, and playback boards for creating music and sound effects in microcontroller projects.

Developing prosthetic technology that is both affordable and functional is challenging in today’s space, mainly due to the costly fabrication and specialized calibration requirements.

Explore a custom-built dyno for hub motors using load cells and Arduino, enabling accurate power and torque measurements.

When you think of "electronics," you probably picture rigid green circuit boards, silicon chips, and soldering irons. But what if you could build a circuit entirely out of soft, stretchy rubber?

Learn how to use the NXP EdgeLock secure enclave to establish a secure hardware foundation for long-term CRA compliance.

In this post, I want to explain what Docker is, why it helps with these problems, and give a practical understanding of how it fits into development workflows.