Smart Chair
This innovative project centers on a smart chair designed to protect users’ health. The chair detects the user’s sitting position and offers alerts to help them develop healthy sitting habits. The back-leaning detectors ensure that users sit in an ergonomically correct position while comfortably using their computer. Aiming to reduce the negative effects of prolonged sitting on health, this chair also provides real-time visual feedback, minimizing the discomfort of long sitting sessions. This project offers an ideal solution for those who prioritize comfort, health, and a technology-driven lifestyle.
Smart Drop
Our project offers smart and practical solution to real-world water management challenges by dividing the system into two parts. The first part focuses on monitoring the water tank’s condition. It continuously checks the water level and ensures the water quality is acceptable. If the system detects that the tank is running low or the water is unsafe, it sends an alert to the user . Additionally, a graph on the web dashboard records the water level per hour, helping detect any water leaks in the tank. The second part handles water distribution based on household needs. The government determines the appropriate water allocation based on the number of people in each household, and the system adjusts the water supply accordingly. It also regulates water pressure and tracks daily consumption A web dashboard displays real-time data, including the tank’s status and water quality, helping the user stay informed at all times.
AI DRIVEN SMART CITY
A city where traffic jams are a thing of the past, where energy is used wisely and sustainably, and where public services adapt in real time to the needs of every citizen.
This is not a distant dream-it is the emerging reality of an Al-driven smart city
At the heart of the smart city revolution is artificial intelligence, seamlessly integrated with the Internet of Things. Across the world, from Singapore to Dubai and Tokyo, Al is transforming the way we live, work, and interact with our urban environments . Let’s see how these cities are leading by example, showing us how technology, sustainability, and human ingenuity can come together to create thriving urban ecosystems.
AutoRob Obsctacle Avoiding Robot
This AutoRob project is basically obstacle avoiding robot that can be used by farmers for automatic planting, harvesting, etc. This robot can help them reduce the workload and save time and energy. Obstacle-avoiding robots help make agriculture more productive, efficient, and environmentally friendly, directly supporting the sustainable goal of building resilient agricultural systems.
The Mighty Mat
The Smart Mat “The Mighty Mat” – A Smart Innovation for Better Health
“The Mighty Mat” is a creative and intelligent solution designed to promote physical and mental well-being, supporting the third Sustainable Development Goal: Good Health and Well-being.
Good health is the foundation for a happy life, strong learning, and future success, making innovations like “The Mighty Mat” even more important.
Equipped with advanced pressure sensors and LED light alerts, the mat helps users exercise safely by preventing excessive strain and encouraging balanced movement. It also tracks physical activities, such as counting jumps, to ensure effective exercise routines.
Developed using affordable technologies like Arduino and handmade sensors, “The Mighty Mat” can also be upgraded in the future to monitor additional health indicators such as heart rate and balance. Future improvements may include adding a smart voice assistant to give real-time feedback and motivate users during exercise.
Designed for use in homes, schools, gyms, and recreational centers, “The Mighty Mat” represents a true leap forward — a “smart step toward healthier and happier communities!”
smart belt
The project used a plastic tube and an MPU6050 sensor to measure body angles during
sleep. We observed changes in respiratory rate at different angles. The apnea protection
system emits a loud sound and a message on the belt-mounted phone, which vibrates to
stimulate the respiratory system based on the apnea episodes
Laser Weed AI
https://pictoblox.page.link/R4huz4jkR9ExVKacA
Smart Shoes
project aims to solve indoor mobility challenges for the visually impaired by designing smart shoes that combine Wi-Fi RSSI-based indoor navigation with real-time voice guidance and kinetic energy harvesting. The system ensures accurate location tracking without GPS, and it operates sustainably without the need for external charging.
Industrial Machine Monitoring & Maintenance System
Our project is a smart, modular system designed to monitor industrial machines in real-time using vibration, sound, current, and voltage sensors. Each machine has a dedicated module that sends live data to a centralized PictoBlox IoT dashboard. This helps factory managers detect early signs of malfunction and perform timely maintenance — reducing downtime, preventing failures, and improving overall efficiency. Inspired by UN SDG 9: Industry, Innovation, and Infrastructure, we aim to bring smart monitoring to every corner of the factory floor.
Twothi Ride 3000
Our world is moving fast—and it needs cleaner, smarter solutions. Meet TWOTHI Ride 3000, a revolutionary fuel-less car developed by Team Healthy Innovators. Powered by piezoelectric technology and a unique suction cup system, it generates energy from its own motion—no fossil fuels, no pollution, just pure innovation. Alongside it, we present smart street lights equipped with motion and IR sensors that can reduce electricity use by up to 70%. Together, these technologies offer a sustainable answer to rising energy demands and urban pollution.