September 21, 2025
Working on the signup part of my auth.
Working on the signup part of my auth
Created the home section of my personal website
Working on the login part of my auth.
My updated app can now predict diseases using endpoints.
Overview My_Website is a clean and modern personal portfolio showcasing my skills, projects, achievements, and goals. It serves as a professional space to introduce myself and share my work with the world. Features Home Page: Introduction and personal overview. Achievements: Highlights of key accomplishments. Goals: A section outlining personal and professional objectives. Blog: A collection of articles, tutorials, or personal insights. Support: Contact information and ways to connect. Tech Stack Frontend: HTML, CSS, JavaScript
Ready for my first ship!!
woof!
i have finally created the home page without react, with pure html and css!
what do yall think?
still struggling with react
could someone pls help me?!?!?!?
i am improving my ui with react
i have the react file
but i struggle with installing it
I am working on a chatbot that uses the gemini api
I just created a streamlit ui for uploading plant images and many other features
it is available at plant-doctor-ai.streamlit.app.
i just trained a model on the train data and it predicts diseases on plants with 99% accuracy.
Hey there,
I collected A LOT of training and testing images.
Here's one:
Plant Doctor: AI-Powered Plant Disease Detector Inspiration Over 50% of India’s population relies on agriculture for their livelihood. Yet, according to FAO estimates, plant diseases cause 20–40% yield losses worldwide, with some regions in India facing even higher rates. Early detection is critical, but access to expert plant pathologists is limited—especially in rural areas. I wanted to create an accessible, AI-powered tool to help farmers, gardeners, and students identify plant diseases quickly and accurately. What it Does Plant Doctor is an AI-based plant disease detection system capable of identifying over 38 plant diseases from leaf images with 99% accuracy, trained on a dataset of 60,000+ images. Users can simply upload a photo or use their device camera to get instant diagnosis results, along with brief treatment suggestions. Features include: Real-time plant disease detection and diagnosis Treatment recommendations and prevention tips Interactive plant health quizzes for agricultural education Disease encyclopedia for learning about plant illnesses How I Built It Collected and cleaned a large-scale dataset of plant leaf images, creating consistent metadata and captions for each class. Trained a deep learning model using PyTorch and ResNet18, optimized with transfer learning for high accuracy. Built the UI using Streamlit, combining image/camera inputs, instant predictions, educational tools, and chatbot support. Challenges We Ran Into Handling a massive dataset within limited computing resources. Managing time for metadata creation, training, and feature integration within the hackathon deadline. Fixing UI while the backend training was still in progress. Accomplishments That We're Proud Of Successfully trained a deep learning model on several classes of plant diseases. Designed a feature-rich, educational, and interactive platform. Created a tool that has real-world impact potential for both farmers and hobbyists. What We Learned Large datasets require not only computing power but also careful data labeling and cleaning. Balancing model accuracy with speed is essential for real-time applications. Hackathon timelines demand prioritizing critical features over perfection. What's Next for Plant Doctor Deploy the model to a mobile app for offline usage in rural areas. Expand dataset to include more crops and environmental conditions. Chatbot Integration UI Enhancing
This was widely regarded as a great move by everyone.