
Transform a vintage rotary phone into a versatile escape room prop using Arduino. Learn to wire components, program custom behaviors, and integrate audio for an immersive gaming experience.

Learn to create an Arduino-based escape room puzzle using color sensors. Covers hardware setup, wiring, and coding for TCS3200 and TCS34725 sensors, with practical demonstrations and tips for robust color detection.

Learn to create innovative hybrid escape rooms combining physical and remote elements using Arduino, networking hardware, and web-based controls for an engaging player experience during lockdowns.

Create a DIY Arduino-based sci-fi analyzer box with LED lights, buttons, and a display for random technobabble results. A fun home education project to engage kids in electronics and coding during isolation.

Learn to create an interactive LED track puzzle for escape rooms, featuring customizable particle animations and switch-controlled paths. Gain hands-on experience with Arduino programming and hardware integration.

Learn to build an Arduino-based Mastermind puzzle for escape rooms, including wiring, coding, and integration with control software. Create engaging electronic games with visual feedback and real-time monitoring.

Learn to control Arduino components via SMS and calls using a GSM shield. Send messages, make calls, and create interactive experiences with this affordable, versatile setup. Ideal for IoT projects and immersive storytelling.

Learn to create engaging escape room puzzles using infrared technology and Arduino. Discover how to clone IR signals, trigger effects, and build interactive props for immersive gaming experiences.

Learn to create an Arduino-powered escape room puzzle using plasma balls and current sensors. Explore wiring, coding, and puzzle design for an interactive and engaging experience.

Learn to create an audio-based escape room puzzle using Arduino, touch sensors, and sound modules. Covers hardware setup, wiring, and programming for an engaging auditory challenge.

Learn to create an Arduino-based human circuit that plays music when people join hands, inspired by escape room puzzles. Includes code, wiring, and MP3 playback.

Explore the inner workings of a fruit machine's feature reel, learn to connect its components to an Arduino, and discover the process of reverse engineering without a manual.

Comprehensive guide to implementing MQTT for remote device control and monitoring, covering setup, coding, and practical applications across Arduino, Raspberry Pi, Android, PC, and Wemos D1 platforms.

Learn to create an Arduino-based "valves" puzzle for escape rooms, including component explanations, wiring diagrams, and code implementation for an interactive and engaging player experience.

Explore wireless communication using affordable 433MHz RF modules for Arduino projects. Learn to create remote-triggered effects and control systems for interactive puzzle props.

Learn to build a 4-LED IoT device using Arduino Uno, ESP8266, and Blynk IoT. Covers hardware setup, Blynk Cloud configuration, coding, and testing for a functional WiFi-controlled LED system.

Learn to create a Bluetooth-controlled smart home lighting system using Arduino, HC-05 module, LEDs, and an Android app. Covers hardware setup, module configuration, coding, and app integration.

Simulate smart home lighting using Arduino UNO, LEDs, and HC-05 Bluetooth module. Control lights remotely with mBlock 3 programming and a Bluetooth app on your smartphone.

Explore ML optimization techniques for resource-constrained IoT sensor nodes, focusing on system, algorithm, architecture, and circuit levels to achieve significant area-power improvements.

Exploring ultra-low power computer vision for TinyML applications, focusing on Qualcomm's innovations in sensors, hardware, and algorithms to enable always-on vision at 1mW power consumption.

Explore TinyML's potential in developing countries for medicine, agriculture, and conservation. Learn about low-cost, battery-powered machine learning applications adaptable to local needs.