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AI · IoT Full-stack

Doctor-Green

Doctor-Green is a smart-farm platform that brings crop-disease diagnosis and IoT environment control onto one screen. I planned and built it solo, from sensor to dashboard.

It grew out of a VGG16 plant-disease-diagnosis app I built with team MAKENEW, which won the Excellence Award at the 2024 ICT·SW Women's Start-up Competition. That model stayed below the 95% accuracy the team had set as its bar for release, so in 2026 I rebuilt the project as a full smart-farm platform and restarted the diagnosis model from the data up.

The IoT side is built end to end and deployed on Vercel as a live demo. ESP32 sensor nodes post environment data directly to Supabase over Wi-Fi, with no relay server. The Next.js dashboard refreshes every 5 seconds, and actuators such as LEDs and fans are controlled from the app.

The diagnosis model is still at the data stage. The training set holds 39.9K image crops (train 32.2K / val 4,326 / test 3,408) from 5 classes, healthy plus 4 diseases. Training the crop classifier, ConvNeXt-Tiny or EfficientNetV2-S, is the next step; there are no results yet.

Year

2024 - 2026

Role

2024 prototype: team MAKENEW (PM & dev) · 2026 rebuild: solo, planning to deployment

Focus

Smart-farm platform · solo project

Doctor-Green (1)

Highlights

  • Data flow built end to end: ESP32 posting directly to Supabase over Wi-Fi → Next.js dashboard on 5-second polling.
  • LED and fan control from the app.
  • The 2024 prototype, built with team MAKENEW, won the Excellence Award at the 2024 ICT·SW Women's Start-up Competition.
  • Built the training set: 39.9K image crops (train 32.2K / val 4,326 / test 3,408) across 5 classes (healthy plus 4 diseases).
  • Next.js 16 + TypeScript + Tailwind web app deployed on Vercel as a live demo.

Architecture

How the app is structured: screens, roles, and data flow.

Doctor-Green architecture flow

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