Join me as I explore the world of automations, robotics and the Internet of Things (IoT). Let's explore the exciting possibilities of these cutting-edge technologies together.
The platform where technology meets creativity.
Here you'll find innovative projects, practical solutions and work that transforms everyday life.
Growing up in Athens from a young age, I've been exploring the world of technology. I dedicate my career to innovation, following important milestones and creating works that combine logic, aesthetics and functionality.
A showcase of my latest projects and work
Smart IoT Automations
The Arduino Lab project is a comprehensive, hands-on exploration hub within my portfolio, dedicated to the fascinating world of embedded systems and microcontroller development using the Arduino Uno platform. Designed as an interactive virtual laboratory, it serves as a one-stop resource for enthusiasts, students, and hobbyists eager to dive into hardware-software integration, offering a wealth of step-by-step guides that demystify everything from basic setup and wiring to advanced projects like sensor data acquisition, motor control, and IoT connectivity. Visitors can expect meticulously documented experiments, complete with detailed schematics, Fritzing diagrams for circuit visualization, and fully annotated code snippets in C++ based Arduino sketches, all optimized for the Uno's ATmega328P microcontroller to ensure compatibility and ease of replication. Beyond tutorials, the lab fosters experimentation by including troubleshooting tips, common pitfalls to avoid, and extension ideas to encourage innovation, such as integrating third-party libraries for wireless communication or building custom shields. Drawing from real-world applications in robotics, automation, and smart devices, like the featured Michatron autonomous guided vehicle project, this space not only showcases my personal journey in embedded development but also invites collaboration through open-source repositories on GitHub, where users can fork, modify, and contribute to evolving experiments. Whether you're blinking your first LED, interfacing with ultrasonic sensors for distance measurement, or creating a full-fledged weather station with data logging, the Arduino Lab empowers users to transform theoretical knowledge into tangible prototypes, bridging the gap between coding and physical computing in an accessible, engaging manner.
Collective Intelligence Research
The Limits of Collective Intelligence: A Critical Analysis of Decentralized Decision Making in Swarm Robotics Systems
Arduino Smart Home System
Cloud-connected sensor network for real-time environmental monitoring using Arduino, ESP8266, and DHT11 sensors with data visualization.
Michatron project
Arduino-based intelligent robot with autonomous navigation, line-following capabilities, and obstacle avoidance using ultrasonic sensors.
Real-time Monitoring System
Real-time dashboard for monitoring IoT devices with data visualization and alerts.
Latest articles, tutorials, and insights
Smart systems and automated solutions for modern living.
ExploreRobotic systems and intelligent automation.
ExploreConnected devices and smart IoT solutions.
ExploreTutorials, guides and educational content.
ExploreΤα τελευταία άρθρα από τον κόσμο του IoT, AI και Cybersecurity
Πώς η Τεχνητή Νοημοσύνη Αλλάζει τον Τρόπο που Δουλεύουμε στο Διαδίκτυο
Read ArticleDiscover why human mistakes remain the leading cause of cyber breaches and learn practical strategies to strengthen your personal cybersecurity defenses.
Read ArticleLet's collaborate on your next technology project
