Smart Greenhouse Automation with IoT Precision

An advanced Smart Greenhouse Automation System integrating IoT sensors, wireless controls, and Hortimod OS to optimize crop environments, enhance precision agriculture IoT, and improve yield, efficiency, and remote manageability.

IoT
Startups & MVP
Node.js
SaaS
Web Application
React.js
project information

Project Overview

The Smart Greenhouse Automation System is a cutting-edge, fully integrated greenhouse automation solution built to support commercial growers, vertical farms, and research facilities in achieving precision control over crop environments. Leveraging a network of advanced IoT greenhouse sensors, wireless controllers, and a robust greenhouse climate control system, it automates and monitors key growth parameters such as temperature, humidity, CO₂, light, and irrigation in real time. Powered by Hortimod OS, the platform reduces manual intervention, enhances resource efficiency, and enables scalable operations—ultimately delivering more consistent, healthier yields through data-driven, automated greenhouse system control.

Core Challenges in Traditional Greenhouse Operations

Core Challenges in Traditional Greenhouse Operations
Inconsistent Climate Management

Inconsistent Climate Management

Unreliable manual climate control causes unpredictable temperature and humidity fluctuations, directly impacting plant health, growth cycles, and overall yield consistency within the greenhouse environment.

Manual Monitoring Delays

Manual Monitoring Delays

Relying on manual checks for soil and environmental conditions leads to slow response times and missed corrective actions, risking crop stress and limiting productivity.

Inefficient Water & Nutrient Usage

Inefficient Water & Nutrient Usage

Over- or under-watering and imprecise nutrient delivery inflate operational costs and compromise crop quality—highlighting the need for smarter precision agriculture IoT solutions.

Lack of System Integration

Lack of System Integration

Disjointed systems for lighting, fertigation, and HVAC result in isolated controls, preventing centralized decision-making and limiting the potential for a unified automated greenhouse system.

Need for Precision Agriculture IoT

Need for Precision Agriculture IoT

Growers required a connected, data-driven platform that could eliminate guesswork, synchronize environmental variables, and automate workflows for improved crop management and resource optimization.

Our IoT-Driven Approach to Smart Greenhouse Automation

Our IoT-Driven Approach to Smart Greenhouse Automation

A modular, wireless, and scalable solution built around Hortimod OS to unify sensors, automate climate control, and enable real-time, remote greenhouse management through precision agriculture IoT.

Modular, Scalable Design with Hortimod OS

Modular, Scalable Design with Hortimod OS

We developed a flexible smart greenhouse automation system powered by Hortimod OS, connecting all sensors and controllers via a secure IoT network—adaptable to different crops and facility sizes.

Automated Climate Adjustments

Automated Climate Adjustments

Enabled automation of irrigation, fertigation, and lighting through preset crop recipes—ensuring precision without manual intervention, enhancing yield consistency and energy efficiency.

Remote Dashboard Accessibility

Remote Dashboard Accessibility

Provided a centralized, cloud-connected dashboard to control and monitor the IoT greenhouse system remotely—allowing growers to respond instantly to changing crop or climate needs.

Real-Time Soil & Environmental Monitoring

Real-Time Soil & Environmental Monitoring

Deployed soil moisture sensor IoT and environmental devices to monitor soil conditions, humidity, and CO₂ levels continuously—ensuring accurate insights for optimal growth environments.

Precision Agriculture IoT Integration

Precision Agriculture IoT Integration

Integrated intelligent workflows to analyze sensor data and trigger actions automatically—minimizing human error and maximizing real-time responsiveness to crop conditions

Key Features of the Smart Greenhouse Automation Platform

Key Features of the Smart Greenhouse Automation Platform
Real-Time Environmental Monitoring

Real-Time Environmental Monitoring

Continuously tracks CO₂, temperature, humidity, and light levels through wireless sensors, enabling immediate adjustments for optimal crop conditions in every part of the greenhouse.

Soil and Nutrient Intelligence

Soil and Nutrient Intelligence

Advanced soil moisture sensor IoT devices measure moisture, temperature, and electrical conductivity—empowering data-driven fertigation strategies for healthier, more uniform plant growth.

Automated Climate Control

Automated Climate Control

An intelligent greenhouse climate control system dynamically adjusts ventilation, heating, and cooling to maintain ideal growing environments without manual input.

Smart Lighting Optimization

Smart Lighting Optimization

Energy-efficient wireless dimmers automatically control light intensity—supporting plant photosynthesis while minimizing energy use in both day and night cycles

Centralized Grow Management via Hortimod OS

Centralized Grow Management via Hortimod OS

Hortimod OS serves as the command center, executing automated scripts for irrigation, fertigation, and environmental scheduling, ensuring synchronized control across all systems.

Wireless and Scalable Architecture

Wireless and Scalable Architecture

Built on a fully wireless infrastructure, the platform allows easy installation, configuration, and expansion—ideal for managing multi-zone or multi-greenhouse operations.

Tech Used in Development

Tech Used in Development
Next.js

Next.js

React

React

Node.js

Node.js

MQTT Broker

MQTT Broker

AWS

AWS

Impact of Green Sense Smart Greenhouse Automation

Impact of Green Sense Smart Greenhouse Automation

Yield Optimization

Achieved a 25–50% yield increase by leveraging precision control over irrigation and fertigation, resulting in healthier crops and more predictable harvests.

Resource Efficiency

Enabled 60% energy savings via smart lighting and achieved 80–90% water and nutrient efficiency—significantly lowering operational costs.

Labor Reduction

Automated workflows reduced manual interventions by 40%, freeing staff from repetitive tasks and improving operational agility.

Remote Accessibility

Growers gained real-time control of the entire smart greenhouse system from any location—allowing instant response to environmental changes.

Consistency and Crop Quality

Standardized growth environments led to uniform crop quality and shorter growth cycles, boosting both marketability and time-to-harvest.A leading grower described it as “a system that finally brings science and automation together, making greenhouse automation practical and profitable.”

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