Ultimate Home Automation Using Advance AI Assistant (JARVIS)

Explore Python, a high-level, multipurpose language with beginner-friendly syntax used for web apps with Django and for AI, ML, and data science. Learn why its simple scripting enables automation.

Install the Arduino IDE on Windows, download and accept the license, explore sketch, setup, and loop; learn to compile, upload, and connect with Python control via Jarvis.

Connect the Adreno board to your computer, select the board, write the setup and loop code to blink the led with digitalWrite high and low and 1-second delays, then upload.

Blink three leds in sequence using a breadboard and Arduino code, wiring leds to pins 13, 12, and 11, and running an infinite loop to light one led every second.

Take user input via the serial monitor to control an LED on pin 12 and an LCD, using 9600 baud serial communication and if statements.

Learn to connect a bipolar with a relay module on a test bench to control a bulb using serial monitor commands, wiring safely, and testing on/off.

Control a smart bulb with a relay module and a two-way switch, using a reading module and Arduino commands, verified via serial monitor.

Learn to blink a bulb with a relay module controlled by code, map pin 12 on the Arduino, compile and upload, and observe the bulb blink on and off.

Build an ldr-based smart lamp that turns on in darkness and off in light based on light intensity, using an Arduino, relay module, and breadboard.

Build a motion-detection smart lamp that turns on a lamp via a relay when motion is detected, then turns off after five seconds, using a motion sensor and air sensor.

Design a distance based smart lamp with an ultrasonic sensor and Arduino, turning on when within 15 centimeters by wiring trigger and echo pins and driving a relay.

Build a temperature-based fan control using a DHT 11 sensor, Arduino, and a relay via a smart socket. The table fan turns on above 25 degrees Celsius and off below.

Control an addressable RGB LED strip with an Arduino using the FastLED library, and use serial monitor input to set red, green, or blue across all 120 LEDs.