Blog

Here’s a quick look at how I built a simple and effective testing setup for apps using Appium.

I’ll walk you through building a powerful and scalable 20TB network-attached storage (NAS) system using a Raspberry Pi and Nextcloud.

In this project, I’m leveraging a Raspberry Pi cluster to create scalable distributed systems. By connecting multiple Raspberry Pis, I aim to enhance processing capabilities and explore the principles of distributed computing, making complex tasks more efficient and manageable.

I’m using the Jetson Orin Nano to dive into computer vision, harnessing its power for real-time analysis

This project is designed to push the boundaries of hardware experimentation, providing a flexible environment for testing and learning.

In this post, I introduce three of my software projects: “Greedy Kings,” a strategy-driven offline iOS game; “Talkie,” a React app that turns text into speech; and “Magic QR,” an iOS app that generates AI-powered QR codes embedded within images. Each project showcases different ways I’ve used coding to create engaging experiences and practical solutions.

To smooth out data correlations and reduce the effect of spikes in temperature and humidity readings, I used techniques like the moving average (or rolling average). By averaging each data point with its neighboring values, I created more stable and reliable data for better analysis.

I crafted an FPV (First Person View) racing drone from the ground up, selecting and assembling each part carefully. This hands-on experience was thrilling and helped me understand the challenges of creating a fast and agile drone.

Discover how I utilized Amazon Alexa and ESP32 modules to create smart home solutions that seamlessly connect to Alexa. I also developed remote-controlled RGB lights using an ESP32, with a custom app designed by my friend, transforming my living space into a vibrant, interactive environment.

In this project, I built a network-attached watering system using ESP32 and a LoRa module to collect soil information with advanced sensors. The devices communicate among themselves, sending data to a master device that relays it to a server. This information is stored in a database and visualized through a Telegram bot for each user, facilitating effective monitoring and analysis of soil conditions.

I built two power supplies: the first converts 220V into a controllable 1.5V to 36V output, and the second takes any input up to 36V and regulates it. Both are designed to provide precise voltage control for different projects.

I share my experiences building two safe firework launchers: a remote rocket launcher and a wired version. Explore the fun and safety tips I learned along the way, making fireworks enjoyable for everyone

In this blog, I explore two exciting Arduino projects: building Bluetooth-enabled devices and creating remote-controlled systems.

In this project, I designed a door lock system using Arduino, a motor with a motor driver, and an Arduino keyboard. By implementing a passcode mechanism.

Discover how my childhood curiosity led me to build a Tesla coil as my first project, sparking a lifelong passion for engineering and shaping my journey in technology.