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Agricultural Cultivation Facility
High-tech agricultural cultivation facility leveraging IoT, automation, and cloud infrastructure to optimize environmental control and operational efficiency.
ReactIoTC / C++TypeScriptArduinoFirebase AuthCloud FunctionsFirestoreCustom Hardware
Highlights
- Designed and architected facility technology from the ground up
- Reduced electricity costs by approximately 30%
- Automated operations resulting in 8 hours of daily labor savings
- Custom-built sensors, controllers, and computing units
The Problem
The cultivation facility required a highly controlled environment while facing rising operational and energy costs.
- High electricity consumption from inefficient environmental controls
- Labor-intensive daily operations
- Lack of centralized visibility into facility performance
- Operational bottlenecks limiting scalability
The Solution
A ground-up architectural and technological approach was implemented to optimize efficiency and reduce costs.
- Designed and assembled custom IoT hardware including sensors and controllers
- Integrated hardware with Google Cloud for centralized automation and monitoring
- Automated key operational processes to eliminate bottlenecks
- Leveraged external environmental resources to optimize energy usage
The Results
The implementation delivered measurable operational and financial improvements.
- Reduced electricity costs by approximately 30%
- Decreased daily labor requirements by 8 hours
- Improved system reliability and operational visibility
- Created a scalable, cost-efficient foundation for future expansion
Technical Architecture
Frontend
React, C/C++ for IoT, TypeScript, HTML,
Backend
Firebase Auth, Cloud Functions
Database
Firebase (Firestore, Storage)
Integrations
Custom IoT Hardware