Smart Vineyard Frost & Heat Stress Monitor

🍇 Imagine having a vineyard that protects itself from nature’s harsh surprises. This smart project brings the power of IoT to viticulture by detecting frost risks and heat stress in real time—long before visible damage occurs.

🌡️ Using BME280 (temperature, humidity, and pressure), MLX90614 (leaf surface infrared temperature), and an anemometer (wind speed for frost inversion prediction), this system continuously monitors vineyard microclimates. When frost conditions (dewpoint < 0°C) or overheating risks are detected, it automatically triggers fans, heaters, or alarms to protect the vines.

✨ Why Students Should Choose This Project:

• 🚀 A resume booster for placements showcasing IoT + agriculture + AI-based decision systems.

• 🌍 Solves a real-world problem in viticulture that farmers face globally.

• 🧠 Adds expertise in edge sensing, automation, and climate data analytics.

• 💡 Perfect for academic submissions, startup ideas, or research projects in smart farming.

• 📈 Demonstrates industry-relevant applications with precision agriculture, sustainability, and food security.

This is not just a project—it’s an opportunity to innovate in smart agriculture, gain valuable IoT and AI knowledge, and showcase impactful problem-solving skills that matter in placements and research.