Metro Smart Automated System
Traditional ticketing systems in public transport rely heavily on manual processes or expensive infrastructure. These systems can lead to long queues, human errors in fare collection, and limited transparency in tracking passenger entry, exit, and balance updates—especially in prototype, educational, or small-scale transit setups. This RFID-based Metro Station System presents a smart, automated ticketing solution […]
Soil Moisture Mapping using IoT
Efficient irrigation and soil health management are critical challenges in modern agriculture. Traditional soil moisture monitoring methods are either expensive, require continuous internet connectivity, or lack flexibility for small and medium-sized farms, research plots, and educational setups. This makes real-time, localized soil analysis difficult and limits data-driven farming decisions. This Soil Moisture Mapping project offers […]
AI Wireless Streaming Camera
AI-enabled cameras are widely used for object detection, surveillance, and advanced driver assistance systems, but most existing solutions are bulky, power-intensive, and unsuitable for compact deployments. Applications such as drones, wearables, wildlife monitoring, and small robots demand devices that are not only intelligent, but also small, lightweight, and energy-efficient—a combination that conventional AI cameras struggle […]
Open-Source GSM + GPS Module
GPS and GSM modules are essential for building GPS trackers and cellular IoT systems, but they are often expensive, bulky, and available as separate components. Using separate modules increases the overall bill of materials (BOM), complicates PCB design, and makes it difficult to build compact or miniature devices where space is limited. To overcome these […]
Time-Lapse Camera With Wi-Fi Streaming and SD Card Storage
Time-lapse photography is widely used to observe slow-changing processes such as construction progress, plant growth, environmental changes, and laboratory experiments. However, most available time-lapse solutions are either bulky, power-hungry, or dependent on continuous connectivity, making them unsuitable for long-term deployment in compact, remote, or hard-to-reach locations. There is a growing need for a small, low-power, […]
Watch-style Wearable FM Radio
While FM radio technology has evolved significantly, most modern implementations still rely on bulky modules or external devices, limiting true wearability. Creating an ultra-compact, fully functional FM radio that is both portable and intuitive to use—without sacrificing usability—remains a key design challenge. This project presents a miniature, watch-style wearable FM radio built around the IndusBoard […]
Crop Monitoring and Remote Irrigation via ThingSpeak
Traditional agricultural monitoring relies heavily on manual inspection, which is time-consuming, labour-intensive, and unsuitable for large or remote farms. This often leads to inefficient irrigation, delayed responses to changing environmental conditions, wasted water, and reduced crop productivity. This IoT ThingSpeak Dashboard and Controller project provides a smart agriculture solution using the IndusBoard Coin. By integrating […]
RFID Attendance System using IoT
Manual attendance tracking and basic RFID systems often lack real-time visibility, accurate timestamps, and flexibility for handling new users. Many solutions depend on external software or manual data processing, making them inefficient for classrooms, labs, offices, or training environments where reliable, time-stamped attendance records are essential. This project implements an IoT-based RFID attendance system using […]
Web-based Home Automation
Conventional home automation solutions often depend on cloud platforms, proprietary mobile apps, or offer only basic ON/OFF control of appliances. These limitations increase complexity, reduce reliability during internet outages, and restrict flexibility when scaling to control multiple devices or adding advanced features like variable fan speed control. This project presents a standalone, Wi-Fi–enabled home automation […]
Earbud-size FM Radio
As electronic devices become increasingly compact, integrating full functionality into ultra-small form factors remains a major challenge. While a miniature watch-style FM radio was previously achieved, further miniaturisation—down to an earbud-sized device—introduces design complexity, space constraints, and control limitations that make a fully featured solution difficult to present in a single implementation. This project introduces […]