An IoT platform designed to optimize the growth of plants and mushrooms by monitoring and controlling environmental factors such as temperature, humidity, lighting, and ventilation. The system collects real-time data from distributed sensors and actuators in large-scale cultivation facilities, enabling precise climate management and automation. Developed by a multidisciplinary team, the platform integrates hardware, firmware, cloud services, and user interfaces to provide growers with actionable insights and remote control capabilities.
Technologies Used
ReactNode.jsTypeScriptPostgreSQLRedux ToolkitReact Hook Form
Challanges
Managing real-time data from numerous distributed sensors with reliability.
Ensuring precise control of multiple environmental parameters simultaneously.
Scaling the system to support different crop types.
Designing intuitive interfaces for growers with varying technical skills.
Coordinating development across hardware, software, and cloud teams.
Solutions
Implemented robust sensor data aggregation and fault-tolerant communication protocols.
Developed adaptive control algorithms for multi-parameter environmental regulation.
Built a scalable cloud backend to handle large data volumes and analytics.
Created user-friendly dashboards with customizable alerts and automation rules.
Employed agile workflows and modular design for smooth multi-team collaboration.