Phone:
 +947 601 49595
Email:
 mail[at]pasindudissan.xyz
Secondary Email:
 pasindudissan[at]proton.me

PGP key (Ed22519)
3300 B645 19CA C101 A0DD
D030 E40F 4B15 095C C7AF

© 2025 Pasindu Dissanayaka.

Project Type:

IOT

Project Status:

Completed

Project Duration:

8 hours

Project Tags:

Programmable IoT, Vesak Projects

IoT Lotus Lanterns

The IoT Lotus Lanterns project is a network of wirelessly connected decorative lanterns, inspired by the elegance of lotus blossoms and powered by ESP32 microcontrollers. Designed to communicate over a Wi-Fi mesh network, each lantern can dynamically respond to control signals, creating a synchronized and interactive light show. Leveraging FreeRTOS, each node runs independently yet cooperatively in a decentralized architecture, ensuring responsiveness and reliability.

Programmable Vesak Lanterns

Bluetooth connectivity allows users to pair with the lanterns using a smartphone and send custom Morse code messages. These messages are parsed and translated into unique light blinking sequences, combining artistic expression with technical sophistication.

  • Bluetooth Pairing: Secure BLE pairing with smartphones for local configuration and control.
  • Morse Code Interpreter: User-submitted Morse code via a serial connection is interpreted into LED blink sequences.
  • Custom Light Patterns: Dynamic lighting effects driven by user input, creating a personalized ambient experience
  • Wireless Control: No wired connections needed for operation or interaction – fully wireless design.
  • OTA Ready (Optional): Capable of supporting over-the-air firmware updates for future scalability and remote maintenance.
  • Decorative Form Factor: Aesthetic lotus flower-inspired casing makes the device ideal for use in indoor or outdoor settings.

Technologies Used

Runs on:

  • FreeRTOS

Built-with:

  • ESP32
  • WiFI Mesh

Notable Technical Complexities

  • ESP32-Based Nodes
  • Compact, low-power microcontrollers capable of both Wi-Fi and Bluetooth communication.

  • FreeRTOS Integration
  • Real-time multitasking for responsive and efficient execution of concurrent tasks.

  • Wi-Fi Mesh Networking
  • Decentralized network topology for scalable, robust communication between multiple lanterns.

Project Contributors

Pasindu Dissanayaka (Sole Developer)

Commerical Avaliabity

This is a personal project and is not available for sell.

Reach Out!

Interested in this project? Contact me