AI-Powered IoT
Smart Greenhouse
Monitor, automate, and scale your agricultural output with high-precision IoT telemetry and Edge-AI analytics.
Core Capabilities
Advanced Ecosystem Control
Designed with modularity and intelligence to provide the perfect micro-climate for any crop species.
IoT Telemetry
Continuous 24/7 acquisition of micro-climatic data via high-precision sensors.
Adaptive Automation
PID-based control logic managing actuators for irrigation, airflow, and luminosity.
Predictive Analytics
Machine learning models analyzing telemetry to prevent anomalies and boost yield.
System Overview
Engineering Smarter
Agriculture.
This project is at the forefront of modern agriculture, merging the power of the Internet of Things (IoT) with Artificial Intelligence (AI).
At its core, the system utilizes a high-precision sensor network to continuously monitor factors such as Atmospheric Temperature, Soil Moisture (VWC), and Luminosity. Architecture processes this telemetry data through an Edge-Computing layer, where AI algorithms analyze real-time fluctuations against historical growth models.
90%
Water Efficiency
Auto
Climate Logic
Project Gallery
Visual Insights
Structure View
Control Unit
Healthy Yields
Mobile Telemetry
Live Telemetry
Operational Dashboard
Temperature
--°C
Humidity
--%
Soil Moisture
--
Sensor Variations
Real-time data visualization over the last 24 hours
Recognition
Official Invitations
GA Conference Invitation
Global Outreach
Note Verbale
Diplomatic Recognition
Get In Touch
Feel free to reach out for collaborations, research inquiries, or project details.
Md. Shakilur Rahman
Project Lead & Engineer
Location
Sharaf uddin plaza, Satmatha, Bogra,
Bangladesh