FaceGuide
Our project, Face Analyzer for Blind People, helps blind people and those with certain difficulties check their faces before going out. We made this project using PictoBlox, which allows us to use AI and Machine Learning in a fun and easy way.
How It Works:
When we click the green flag, it asks, “Can I analyze your face?”
If you say yes, it scans your face using Face Detection in PictoBlox.
It checks if you look happy and clean or sad and messy using our trained Machine Learning model.
The Text-to-Speech feature then speaks to tell you how you look! If you are ready, it says, “You look great! Have a nice day!”
Future Plans:
Make it recognize more faces at the same time.
Improve it to work for more people.
Keep privacy safe for users.
This project will help blind people feel confident and become independent while getting ready
TRASH SEPRATAOR
Description of Wet and Dry Trash Separator
A wet and dry trash separator is a device designed to efficiently segregate waste into wet (biodegradable) waste and dry (non-biodegradable) waste at the source. This segregation helps in effective waste management, recycling, and composting, reducing landfill waste and environmental pollution.
Components and Working Principle
Input Section:
Waste is manually or automatically fed into the separator.
Sorting Mechanism:
Moisture Sensors: Detect the presence of wet waste based on moisture levels.
Air Blowers & Sieves: Separate lightweight dry waste from heavier wet waste.
Mechanical Separation (Conveyor or Rotating Drum): Uses gravity and weight differences to differentiate between wet and dry waste.
Collection Bins:
Wet Waste Bin: Stores organic waste like food scraps, vegetable peels, and other biodegradable materials for composting or biogas generation.
Dry Waste Bin: Collects non-biodegradable items such as plastics, paper, glass, and metals for recycling.
Types of Trash Separators
Manual Separator: Requires human intervention to sort waste based on color-coded bins.
Semi-Automatic Separator: Uses sensors and simple mechanical processes for separation.
Fully Automated Separator: Equipped with AI-based image recognition, robotic arms, and IoT-enabled tracking for advanced waste sorting.
Applications
Households & Apartments: Promotes responsible waste disposal.
Industries & Offices: Reduces waste processing costs and ensures compliance with waste management regulations.
Municipal Waste Facilities: Enhances large-scale waste recycling efficiency.
Benefits
✅ Reduces landfill waste
✅ Promotes recycling and composting
✅ Minimizes pollution and greenhouse gas emissions
✅ Improves hygiene and cleanliness
✅ Saves time and effort in waste management
Surgify
This will change the face of healthcare as it provides an inexpensive alternative to robotic surgical systems. It will be available at just ₹2.5–3 million, which makes high-end surgical technology possible for more hospitals. The system integrates pre-surgery, surgery, and post-surgery care, ensuring precision and efficiency in treatment while improving the outcome of the patients. The key features include AI-based imaging analysis, hand movement detection gloves, and a camera module which emulates the surgeon’s actions with precision. Our humanoid bot ensures smooth pre- and post-surgery preparation and recovery with the use of AI bots, wound monitoring, and personalized recovery plans. Integrated health record management makes documentation easier and assures continuity of care with hassle-free data sharing. The solution overcomes the prohibitive cost, training barriers, and ethical concerns that have been there robotic-assisted surgeries within the country. Another revolutionary step toward making surgical treatments accessible, effective, and patient-friendly.
Navigation bot
Navigation bot is a bot that is a GPS based bot. It can help doctors deliver medicines on time and can deliver treatment supplies to another hospital. This project can help the doctor community and the society. This project tells you the fastest route to the houses. It shows 3 houses located in 1st cross road, Snehanagar. The advantage of using this is that it can still work without Wi-Fi. So, this feature in this project enables doctors to arrive at their destination quickly and can provide medicines on time to houses and other hospital. That is why we recommend using our navigation bot instead of google maps. And this project is also created in a family – friendly app called PictoBlox. This navigation bot can also work on any gadget. So, we highly recommend you to use it.
The Healing Doctor for the Fig
transmitted through soil and air. In addition, insect pests play a role in exacerbating these infections and weakening the tree’s resistance. The emergence of these diseases is linked to several environmental factors, including high humidity, elevated temperatures, and poor management of irrigation and fertilization.
The project analyzes these factors to determine the relationship between climatic conditions and disease behavior. It also highlights the importance of agricultural hygiene and regular pruning to reduce the risk of infection. Field experiments conducted in various agricultural regions have helped monitor the impact of environmental factors on disease spread and assess the effectiveness of both natural and chemical pesticides in treating different infections.
By raising awareness among farmers about the importance of following proper preventive and therapeutic measures, the project aims to enhance tree health and productivity. The findings contribute to sustainable agriculture, reduce losses caused by disease outbreaks, support the agricultural economy, and preserve natural and environmental resources in the long term. This research is a pioneering step in agriculture, opening new horizons for improving agricultural techniques and providing innovative solutions to ensure food security and environmental sustainability.
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Dantacharya
Dantacharya – The Next-Gen Smart Toothbrush
Dantacharya is a revolutionary smart toothbrush designed for effortless and effective oral hygiene. Equipped with an automatic toothpaste dispensing system, it releases the perfect amount of toothpaste with just a press of a button, eliminating wastage and ensuring convenience. The self-rotating bristles provide deep cleaning, reaching every corner of the mouth while reducing manual effort.
Designed to promote better dental hygiene, Dantacharya ensures a consistent brushing experience, making it ideal for children, the elderly, and individuals with mobility challenges. Its ergonomic design offers a comfortable grip, and the rechargeable battery ensures long-lasting performance. With its smart hygiene technology, this toothbrush not only enhances cleaning efficiency but also encourages a hassle-free oral care routine.
Dantacharya is a step toward modern, automated self-care—simplifying brushing while maintaining the highest standards of cleanliness. Experience the future of oral hygiene with Dantacharya!
Picto Guard V1.0
Due to health risks caused by air pollution, it is essential to measure air quality versus pollutants, accordingly, to enable autonomous air quality measurements for further actions such as precautionary measures aligned with health conditions, an air quality monitoring unit is to be built.
The project idea is implemented by making a generic measurement unit scalable to a wide range of measurements, initial prototype addresses particles, LPG, and CO sensors with measurements displayed on an LCD screen, measurements are collected by Arduino Uno R3 board and programmed using Pictoblox. Measurements are classified based on testing to be Safe, Medium (as Med.), and Alarming (as Alarm), a buzzer is used to give a sound alarm in case of the alarm status of any sensor.
Further to the stationary testing mode, the unit can be placed on the wheeled robot that can be autonomous using multiple techniques, for this version of the prototype, a line following robot for predefined paths is assembled.
This project can support families with members sensitive to particles in the air with conditions such as asthma. Also can support detecting cocking gas leakage, for industrial use, it can detect CO gas and it is possible to use other types of sensors as required to service different objectives
OcnoBrain AI
The program has two main sections: the first one diagnoses MRI images, and the second provides symptoms, preventive methods, and characteristics of different brain tumors. The user is prompted to choose between diagnosing an image or exploring tumor-related information. The program provides valuable definitions, symptoms, prevention methods, and give the basic shape or structure for each tumor. This information is aimed at both medical students and general audiences, helping them understand brain tumors better.
This project is particularly beneficial for people living in remote areas where the lack of specialized doctors . By using AI for early brain tumor diagnosis, individuals in such areas can receive quicker insights into their health, improving early intervention opportunities. The system is scalable, allowing it to eventually cover more types of brain tumors and even expand to detect other types of cancer in the future with advanced technologies. This project not only enhances the quality of life but also contributes to better health outcomes globally, making healthcare more accessible and improving overall well-being for humanity.
According to a report from the Emirates Center for Strategic Studies and Research, AI in diagnostic medicine relies on training models using large sets of data and medical images, improving diagnostic accuracy and speeding up detection. By assisting doctors in their practice, AI can enhance treatment outcomes and optimize healthcare services.
Early diagnosis significantly increases the chances of recovery, especially for diseases like cancer and strokes. By detecting diseases in their early stages, doctors can provide more effective treatments, prevent complications, and reduce the risk of spreading. Early diagnosis also offers more treatment options and improves overall patient outcomes.
3D Robot Hand
This project features a 3D-printed robotic arm controlled by artificial intelligence and the Quarky robot, utilizing servo motors for precise movement. The arm is designed to perform tasks such as sorting, and basic automation, making it an ideal educational and experimental tool for robotics and AI enthusiasts.
Using machine learning algorithms, the AI system processes data from camera inputs to execute movements accurately. The Quarky robot acts as the control hub, receiving commands and transmitting them to the servo motors to achieve smooth and responsive motion.
MediDiagnose
MediDiagnose is an AI-powered app that analyzes symptoms, suggests possible ailments, and connects users to nearby healthcare, improving access in rural Nigeria.