AUTO BOTANIC
AutoBotanic is a smart soil management system that consists of two parts. The first part is the soil health
monitoring system, which includes a transmission tower connected to several sensors, such as an NPK sensor
that monitors the levels of nitrogen, potassium, and phosphorus in the soil. It also has a soil temperature and
moisture sensor capable of providing accurate values. The entire transmission tower is powered by a self-adjusting
solar panel that can adjust its direction toward the sun. These sensors are connected to a custom-designed transmission
PCB, created by me using open-source designing software. I ordered this PCB from an Indian manufacturer, which keeps
the production cost low. The PCB features an Arduino Nano as the main microcontroller, connected to a high-range NRF
module that transmits the soil’s nutritional values. These signals are received by the receiving module, which contains
an ESP32 that uploads the values to the internet, allowing them to be observed via an app or website.
The second part of the project is the smart fertilizer dispenser. As we saw, the soil health monitoring system accurately
detects deficiencies in the soil, but how can these deficiencies be addressed? This is where the smart fertilizer dispenser
comes into play. This technology is so unexplored that I can even patent it, and I have already started the process of patenting
it. The smart fertilizer dispenser reads the values from the NPK sensor and then begins dispensing fertilizers from its three
containers, each containing nitrogen, phosphorus, and potassium, until the values reach the desired threshold. For example
, if a farmer wants to grow wheat, they can set the dispenser to wheat mode through the AutoBotanic website. This will adjust
the threshold values of nitrogen, potassium, and phosphorus to match the specific needs of wheat.
Robo Arm-E
This robotic hand printed in 3D is a small and functional gesture control and robotics learning prototype. It is made with precision and utilizes strong yet lightweight PLA material for fingers and joints. MG995 servo motors, which are highly torqued and reliable, are used to actuate each finger. Flex sensors are integrated into a glove or control interface and sense finger movement, translating it into variable resistance signals. These signals are then read by an ESP32 microcontroller.
ATMOSPHERIC WATER GENERATORS (AWG)
An Atmospheric Water Generator (AWG) is an innovative device that produces clean drinking water by extracting moisture from the air. Even in dry environments, the atmosphere contains humidity, and this technology captures and converts that invisible moisture into safe, drinkable water.
The process begins when the AWG pulls in surrounding air using a fan. The air is then cooled to a temperature where the water vapor condenses into liquid droplets. This condensed water is collected and passed through a series of filters and a UV sterilizer to remove any impurities or harmful microbes, ensuring that the water is pure and safe for consumption. Finally, the clean water is stored in a tank, ready for use.
AWGs are especially useful in areas where access to clean water is limited, such as remote villages, disaster-struck regions, and places suffering from drought. By using only air and electricity—often powered by renewable sources like solar panels—these machines provide a sustainable and eco-friendly solution to the global water crisis.
This project directly supports United Nations Sustainable Development Goal 6 – Clean Water and Sanitation, which aims to ensure access to safe and affordable water for all. It also contributes to other goals like SDG 3 (Good Health and Well-being), SDG 9 (Industry, Innovation and Infrastructure), SDG 11 (Sustainable Cities and Communities), and SDG 13 (Climate Action).
Overall, our Atmospheric Water Generator project showcases how technology can offer practical solutions to real-world problems while promoting sustainability and innovation for a better future.
WELL BOT
WellBot is an innovative Holistic Health and Nutrition Companion that integrates advanced technology to assist in monitoring health, ensuring safety, and improving communication. Designed for both personal and clinical use, WellBot combines health assessments like breath, memory, heartbeat tests, and environmental monitoring for fire detection and air quality. It also offers sign language interpretation, language translation, and features like the Flappy Bird game for entertainment and a QR food scanner for nutritional insights. By merging these functionalities, WellBot enhances user well-being, early health detection, and overall safety in a simple, intelligent system.
SMART FARMING ROBOT
The Smart Farming Robot is a Bluetooth-controlled, multi-functional machine that automates seed sowing, watering, grass cutting, and fire extinguishing. It features sensors for precise actions and an LCD for real-time field updates. Its AI Advisor, powered by ChatGPT in PictoBlox, provides smart farming tips based on soil, weather, and seasonal data—promoting efficient and sustainable agriculture.
The Saver Bunker – Safety that wakes up before you do
The Saver Bunker is a revolutionary earthquake-safety bed crafted from durable, aircraft-grade carbon fiber. Designed to protect you even while you’re fast asleep, it instantly transforms into a protective bunker the moment it detects seismic activity.
Equipped with advanced pressure and vibration sensors, the bed automatically activates and seals shut before falling debris can cause harm. Inside, it offers comfort and safety, shielding you until rescue teams arrive.
Stay safe. Stay protected. Even when you sleep.
SuRaksha Kavach: Guarding you from the inside out
SuRaksha Kavach is a smart boiler suit designed to protect industrial workers from life-threatening hazards such as gas leaks, heat strokes, falls, and health issues. Equipped with sensors for temperature, heart rate, gas detection, fall detection, and GPS tracking, it provides real-time monitoring and alerts. An automatic cooling system and emergency push button further enhance worker safety. This wearable tech, developed by Team Armour X, aims to revolutionize workplace safety through innovation.
forest protection system
Our forest protection project aims to provide real-time alerts for illegal tree cutting, enabling quick responses to deforestation activities. By leveraging technology to detect unauthorized logging, we ensure faster interventions. Despite challenges like limited infrastructure in remote areas, our solution focuses on overcoming these barriers for effective forest conservation.
WASTE SEGREGATION SYSTEM
The WASTE SEGREGATION SYSTEM is an automated system that identifies and segregates waste into 3 categories – METAL, DRY and WET when put into a common container. It enhances recycling efficiency and reduces manual effort in waste management.
Pill Dispenser
Our project, the Smart Pill Dispenser, is designed to assist senior citizens and individuals with memory challenges in managing their daily medication schedule. This automated system ensures that users take the right medicine at the right time without missing doses or taking incorrect medication.
The dispenser uses an Arduino Nano, a Servo Motor, and a Real-Time Clock (RTC) Module to dispense pills at scheduled intervals. This makes the system both reliable and affordable, ideal for home use and elder care facilities.